Skip to content
Free Delivery on Orders over £50
0% Finance Available
The Blog

Bathroom City Journal: Inspiration, Guides & Advice

Welcome to the Bathroom City Journal — your go-to destination for expert bathroom advice, design inspiration, and practical buying guides. Whether you're planning a full bathroom renovation or simply updating your space, our articles cover everything from choosing the right bathroom furniture and fittings to the latest trends in modern bathroom design. Explore our guides, tips, and ideas to help you create a stylish, functional bathroom that suits your home and budget.

Complete Guide to Buying a Bathroom
guides

Complete Guide to Buying a Bathroom

Buying a bathroom is one of the most significant home improvement decisions you will make. There are more products, more decisions, and more opportunities to get things wrong than almost any other room in the house. This guide takes you through the entire process, from setting a budget and planning your space to choosing every product and understanding what installation actually involves. Use it as your starting point and refer to the specialist buying guides linked throughout for deeper advice on individual products. How much does it cost to buy a bathroom? Before you look at a single product, set a realistic budget. This is the one step that prevents overspending more than any other. Bathroom costs fall into two categories: the products themselves and the cost of installation. Most people underestimate how much installation adds to the total. A bathroom suite costing £800 could easily sit within a total project cost of £4,000–£7,000 once labour, tiling, flooring, and ancillary materials are included. Products (suite, fixtures, and fittings): Budget level Product cost Budget £300 – £800 Mid-range £800 – £2,500 Premium £2,500 – £6,000+ Total project cost (products plus full installation): Budget level Total installed cost Cosmetic refresh £2,000 – £4,000 Full renovation, standard bathroom £4,000 – £8,000 High-end or large bathroom £8,000 – £15,000+ Read more: How Much Does a New Bathroom Cost? Suite or individual products: which should you buy? This is the first product decision to make, and it affects everything else. Buying a bathroom suite means purchasing a toilet, basin, and bath (or shower enclosure) as a coordinated package. Suites are designed to work visually and structurally together, and buying as a package is almost always more cost-effective than buying individually. The components share a common design language, simplifying decisions on style, proportion, and finish. Buying individual products gives more flexibility to mix styles and sizes, but requires more time to ensure compatibility and visual coherence. It suits renovations where one or two elements are being replaced rather than a full room change, or where a very specific product specification is needed that no suite package provides. For a full bathroom renovation, a suite is the practical starting point. For a partial refresh or a room with unusual dimensions, individual selection may give better results. Browse our full range of bathroom suites or take a look at our bathroom suite buying guide. Planning your bathroom Measure the room first Before choosing any products, measure the room accurately. This sounds straightforward. It is the step most commonly skipped or done poorly, and it results in products that do not fit, enclosures that cannot open properly, and layouts that don't work in practice. Measure: length, width, and ceiling height. Then measure and mark the positions of every fixed element: the door and its swing direction, window position and reveal depth, existing pipe positions (soil-pipe centre, supply pipes), and any structural elements such as load-bearing walls or chimney breasts. Measure the finished dimensions, not the bare ones. A 1200mm shower enclosure ordered against a 1240mm bare wall measurement becomes a problem when 40mm of tile depth on each side reduces the available opening to 1160mm. Read more: How to Measure Your Bathroom Plan the layout Draw the layout to scale on graph paper or using an online bathroom planner before committing to any products. Place the toilet first, as its position is dictated by the soil pipe, and changing it is one of the most expensive decisions in a renovation. Then work everything else around it. Minimum clearances to work to: 600mm in front of every fixture (standing and use space) 300mm either side of the toilet centreline where possible 700mm between facing fixtures Consider the door swing. A shower enclosure door that cannot open fully because it meets the toilet is a frustration you will encounter every single morning. Mark the door swing on your plan before finalising anything. Consider sightlines. The toilet should not be directly visible from the door when it opens. In open-plan properties or bathrooms adjacent to living areas, think about sound as well as sight. Related: Bathroom layout ideas Know your water pressure Water pressure determines which products you can install. Getting this wrong results in a shower that cannot deliver adequate pressure, or a mixer tap that performs poorly because it was specified for a system it is not compatible with. UK homes typically have one of three systems: Gravity-fed (low pressure): common in older homes, with a cold water tank in the loft feeding a hot water cylinder. Low pressure. Compatible with electric showers, power showers with an integrated pump, and separate hot and cold taps designed for low-pressure systems. Not compatible with most thermostatic mixer showers without a pump. Combi boiler (high pressure): no tanks required. Cold water is heated on demand. Consistent high pressure to all outlets. Compatible with thermostatic mixer showers, rainfall showerheads, and modern mixer taps and bath fillers. Unvented system (high pressure): mains cold water stored in a pressurised hot water cylinder. High, balanced pressure to both hot and cold. Compatible with multi-outlet shower systems, body jets, and wall-mounted taps. If you are unsure which system you have, ask your plumber before specifying any shower or shower valve. Moving pipework or adding a pump to compensate for a mismatched specification adds cost that could have been avoided. Choosing a bathroom style Style direction needs to be set before individual products are chosen. Without it, the bathroom ends up assembled rather than designed, and individual elements that look fine in isolation do not create a coherent room. Choose one: Modern and contemporary: clean lines, minimal ornamentation, concealed cisterns, wall-hung sanitaryware, and a restricted palette. Wall-hung vanity units, rimless toilets, frameless shower enclosures, and matt or brushed finishes are the typical product choices. Traditional and period: inspired by Victorian, Edwardian, or classic country-house aesthetics. Freestanding baths, slipper and roll-top baths, close-coupled toilets, chrome or gold fixtures, and traditional vanity units. The style rewards consistency – a single modern tap in a traditional bathroom reads as an oversight. Transitional: the broadest category, blending contemporary proportions with warmer finishes and some classical detailing. Suits most UK homes and ages well because it does not rely on trend-specific elements. Choose a finish and apply it consistently. Chrome, brushed brass, matt black, brushed nickel, or gold. Pick one and use it across taps, shower fittings, towel rail, and accessories. Mixing finishes across a bathroom creates visual clutter that is disproportionate to the cost of the individual items. With colour, white sanitaryware remains the most practical and timeless choice. It works with any tile, any paint colour, and any style direction. Grey, black, and gold bathroom furniture all offer strong style options without the inflexibility of coloured sanitaryware. Choosing your toilet Three main mounting types determine the look, installation requirements, and cleaning ease of the toilet: Close-coupled toilets have the cistern sitting directly on top of the pan. The most common type in UK bathrooms, straightforward to install and replace, and available at every price point. Back-to-wall toilets have the pan mounted against the wall with a concealed or semi-concealed cistern—a cleaner look than close-coupled, easier to clean around, and compatible with most standard bathroom layouts. Wall-hung toilets are mounted directly to the wall with no contact with the floor. The cistern is concealed within the wall behind a false wall or furniture unit. This must be installed during the first-fix stage of a renovation, before walls are closed. The pan height can be adjusted to suit the user. Floor cleaning is significantly easier. Rimless toilets have no hidden ledge under the rim where bacteria accumulate. They are easier to clean thoroughly and are worth considering across all mounting styles. Decide on the toilet type before the first fix begins. A wall-hung toilet requires a concealed cistern frame to be built into the wall. This cannot be added after tiling without significant disruption. Browse our full range of toilets or take a look at our toilet buying guide. Choosing your shower A bath or a shower is no longer a binary choice. Most bathrooms can accommodate both if the layout and budget allow. If choosing one, showers suit busy modern households where speed and convenience matter more than the experience of soaking. Baths suit households where that option is valued, particularly families with young children or anyone who will miss the bath within a year of removing it. Shower enclosures enclose the shower in a dedicated space, with a tray and glazed panels. Available in a wide range of formats: Quadrant enclosures: curved corner format, space-efficient Hinged enclosures: classic door format, suits larger enclosures Sliding door enclosures: no swing clearance required, suited to smaller bathrooms Frameless enclosures: minimal profile, high-end look Walk-in enclosures: open entry, no door required, suits larger spaces Confirm the exact finished dimensions before ordering tiles. The tile grid and grout lines need to work around the opening. Shower valves determine the showering experience more than the enclosure or showerhead. A thermostatic shower valve maintains a consistent water temperature regardless of pressure fluctuations elsewhere in the system. Available in concealed and exposed formats. Always confirm water pressure compatibility with your plumber before specifying. Electric showers heat water on demand from the mains cold supply, independent of the boiler. Suited to homes with low hot water availability or where reliability is a priority. See our electric showers. Related: Shower enclosure buying guide The bath is usually the largest item in the room and should be one of the first products confirmed. Its dimensions affect the layout of everything else. Inset baths sit within three walls with a bath panel on the exposed side. The standard choice for most UK family bathrooms. Freestanding baths require clear space on most or all sides and suit larger rooms. They are a strong aesthetic statement and work best when the rest of the room is designed around them rather than fitted around an existing layout. Shower baths have a widened end that creates usable standing space for showering while maintaining full bath length, the practical solution for smaller bathrooms where both functions are wanted in a limited footprint. Corner baths fit into a corner of the room and can work well in rooms with an awkward shape where a standard rectangular bath would leave wasted space. On materials: acrylic is lightweight, affordable, and retains heat reasonably well. Carronite baths reinforce acrylic with a composite backing for a more solid feel. Steel and cast iron baths are heavier but retain heat significantly better and have a longer lifespan. Confirm the bath dimensions against the finished room dimensions (after tiling) before ordering. Measure the access route from the front door to the bathroom, as large baths can be difficult to manoeuvre through narrow hallways or around tight stairwells. For help, read our bath buying guide or our standard bath size guide. Choosing your shower A bath or a shower is no longer a binary choice. Most bathrooms can accommodate both if the layout and budget allow. If choosing one, showers suit busy modern households where speed and convenience matter more than the experience of soaking. Baths suit households where that option is valued, particularly families with young children or anyone who will miss the bath within a year of removing it. Shower enclosures enclose the shower in a dedicated space, with a tray and glazed panels. Available in a wide range of formats: Quadrant enclosures: curved corner format, space-efficient Hinged enclosures: classic door format, suits larger enclosures Sliding door enclosures: no swing clearance required, suited to smaller bathrooms Frameless enclosures: minimal profile, high-end look Walk-in enclosures: open entry, no door required, suits larger spaces Confirm the exact finished dimensions before ordering tiles. The tile grid and grout lines need to work around the opening. Shower valves determine the showering experience more than the enclosure or showerhead. A thermostatic shower valve maintains a consistent water temperature regardless of pressure fluctuations elsewhere in the system. Available in concealed and exposed formats. Always confirm water pressure compatibility with your plumber before specifying. Electric showers heat water on demand from the mains cold supply, independent of the boiler. Suited to homes with low hot water availability or where reliability is a priority. See our electric showers. Related: Shower enclosure buying guide Choosing your basin The choice of bathroom basin and sink is closely tied to the storage decision. A pedestal or semi-pedestal basin looks neat but provides no storage. A vanity unit combines the basin with under-sink storage in a single footprint, making it the more practical choice for a main bathroom. Choose from: Wall-hung basins are fixed directly to the wall with no pedestal or furniture beneath. They create more floor space visually and make cleaning easier. Semi-pedestal basins feature a partial column that conceals the waste pipe without occupying the full floor space. A good middle ground between a full pedestal and a wall-hung option. Countertop basins sit on a surface or vanity unit rather than being integrated into it. A strong visual statement, popular in contemporary and luxury bathrooms. Size matters more than most people plan for. A basin that is too narrow for the space makes it difficult to use without splashing the floor or the wall. Choose the largest basin the layout can accommodate rather than the smallest one that technically fits. Related: Basin Buying Guide Choosing bathroom taps Taps are used multiple times a day, and the quality difference between a well-made tap and a cheap one is immediately apparent. Spend properly on taps relative to the rest of the bathroom; they are not the place to cut the budget. Basin taps are available as monobloc mixers (single-hole fittings with hot and cold mixed through one spout), pillar taps (separate hot and cold), or wall-mounted. Monobloc mixers require a single tap hole in the basin. Confirm the number of tap holes in your chosen basin before selecting taps. See our basin taps. Bath taps include deck-mounted (fitting through holes in the bath deck), freestanding floor-mounted (for freestanding baths), and wall-mounted options. For a freestanding bath, confirm whether you want taps through the bath or free-standing before ordering the bath itself – this affects whether tap holes are needed. See our bath taps. Choose one finish and apply it to all taps, the shower valve, the towel rail, and the room's accessories. A single, inconsistent finish in an otherwise coherent room is more noticeable than almost anything else. Note the water pressure compatibility. Mixer taps and thermostatic bath-shower combinations typically require a minimum working pressure to perform properly. Confirm compatibility with your plumber before purchasing, particularly if you are on a gravity-fed system. Related: Bathroom Tap Buying Guide Choosing bathroom furniture and storage Storage is the element most consistently underplanned in bathroom renovations. Toiletries, medicines, towels, cleaning products, hairdryers, and styling tools accumulate quickly. A bathroom without adequate storage looks cluttered within days of completion, regardless of how well everything else was specified. Vanity units integrate the basin with drawer or door storage underneath. Available as wall-hung units and freestanding vanities, in sizes from 500mm to 600mm and larger. For two-person bathrooms, a double sink vanity unit is worth considering. Read more: Vanity Unit Buying Guide Other bathroom storage includes: Mirrored cabinets serve double duty above the basin with a mirror and storage in one wall space. Tallboy cabinets use vertical space efficiently in rooms with limited floor area. Wall-hung bathroom cabinets keep the floor clear in smaller bathrooms and are available in a wide range of sizes. Fitted bathroom furniture creates a built-in look by running units across available wall space. Plan storage as part of the layout, not as an afterthought. Storage added after the room is completed rarely fits as well, costs more, and never looks as intentional. Related: Bathroom Furniture Buying Guide Choosing bathroom heating Bathroom heating does two things: it keeps the room comfortable to use, and it maintains a background temperature that controls condensation and dampness. Getting the heat output right for the room size is as important as the product's style. Heated towel rails are the standard choice for most UK bathrooms. They warm the room and keep towels dry and warm between uses. Available as plumbed (central heating), electric, or dual fuel. Dual fuel is the most flexible option – it connects to the central heating system in winter and runs on an independent electric element in summer without the boiler running. Bathroom radiators provide higher heat output than most towel rails and suit larger bathrooms where a towel rail alone cannot adequately heat the space. To help you find the one you need, you'll need to know the BTU output, which measures how much heat a radiator or towel rail produces. To calculate the BTU your bathroom needs, multiply the room volume (length x width x height in metres) by 153. Always check the product's BTU output against this figure before purchasing. Read more: Bathroom Heating Guide Once you find the one you need, be sure to position it on the coldest wall, typically external or under a window. The towel rail specifically should be within reach of the shower or bath exit, at a height where towels hang fully clear of the floor. Bathroom flooring and tiles Bathroom flooring must be waterproof or highly water-resistant and slip-resistant when wet. The main options: Ceramic and porcelain tiles are the most durable and water-resistant option. Any floor tile in a wet bathroom must have a minimum R10 slip-resistance rating. R11 or above for shower enclosures and wet rooms. Order at least 10% more than the calculated area to cover cuts, breakages, and future repairs. Luxury vinyl flooring is softer underfoot than tile, completely waterproof, and more forgiving in terms of slip resistance. See our bathroom vinyl flooring. Engineered wood suits bathrooms where warmth underfoot is a priority, but requires careful sealing and is less suited to wet rooms or bathrooms with poor ventilation. Bathroom tiles with full-height tiling in wet zones (shower walls, bath surround) are the most durable and hygienic option. Half-height tiling with moisture-resistant paint above is common in drier areas of the bathroom. Wet zones must be waterproofed (tanked) before any tiling takes place. Bathroom wall panels are an alternative to tiles, with no grout lines, faster installation, and easier cleaning. Bathroom Lighting and ventilation Lighting Bathroom lighting is regularly cut from budgets and consistently regretted. A single overhead light creates flat, unflattering illumination and leaves the mirror area poorly lit – which is precisely where task lighting matters most for grooming. Plan a minimum of two layers: Ambient lighting: ceiling-mounted LED spotlights to illuminate the room evenly. All bathroom lighting must carry an IP rating appropriate for the zone: minimum IP44 for Zone 2 (within 600mm of the bath or shower), IP45 for Zone 1 (directly over). Your electrician will advise. Task lighting: a backlit mirror, illuminated mirror cabinet, or dedicated wall lights on either side of the mirror. This is the light you actually use to apply makeup, shave, or carry out a skincare routine. All electrical work in bathrooms must comply with Part P of the Building Regulations and be carried out by a qualified electrician who can issue a certificate on completion. Related: Bathroom Lighting: An In-depth Guide Ventilation Good ventilation prevents condensation, mould, and long-term damage to decorating, grout, and sealant. An undersized or poorly positioned extractor fan will not keep up with the moisture generated by a shower or bath. To calculate the required extraction rate, multiply the room volume (length x width x height) by 15 (the minimum recommended air changes per hour for a bathroom). A fan rated below this figure will not adequately ventilate the room. Humidity-sensing fans activate automatically when moisture levels rise, useful in en-suites and rooms where the fan is regularly forgotten. The fan must vent to the outside, not into a ceiling void or loft space. See our bathroom extractor fans. Bathroom accessibility and future-proofing Accessible bathroom features are worth considering at the renovation stage, regardless of whether they are needed immediately. Building them in during a full renovation costs very little. Retrofitting them later can be expensive and disruptive. Practical considerations: Walk-in shower enclosures with low or level-access thresholds are easier to use for everyone and essential for those with limited mobility. Comfort-height toilets are easier to sit and stand from for older users and taller people- Grab rails can be incorporated into the design rather than added as an afterthought. Blocking in the wall behind tiles during the first fix allows grab rails to be fitted later without needing to find studs. Slip-resistant floor tiles and non-slip shower trays reduce the risk of falls for all users. Lever-style taps and thermostatic shower valves are easier to operate for those with limited grip or dexterity. When to splurge and when to save Here is a practical way to think about where money is best spent: Spend properly on: The shower valve and showerhead: you use these every day, and poor water pressure or temperature inconsistency is a daily frustration Taps: quality is immediately apparent in weight, feel, and longevity The toilet: a comfort height, soft-close, rimless toilet is used multiple times daily by everyone in the household Tiles: the largest visual surface in the room; cheap tiles look cheap and date quickly The vanity unit: daily use, hundreds of drawer and door openings a year More cost-conscious choices are reasonable for: Bathroom accessories, such as toilet roll holders, robe hooks, and soap dispensers, can be replaced later without disruption Bath panels are functional rather than visible in daily use Standard pipework and fixings that are hidden within the structure The buying process: what to do and in what order Set your budget, including a 10–20% contingency. Measure the room accurately in finished dimensions. Confirm your water pressure and plumbing setup. Draw the layout to scale and confirm the toilet position. Decide on suite or individual products. Choose your style direction and fixture finish. Select products in order of size: bath or shower enclosure first, then toilet, then basin, then storage, then taps and accessories. Confirm all products with your fitter before ordering. Check lead times and order everything before demolition begins. Confirm your contractor and agree on the sequence of work. For a full stage-by-stage checklist covering every decision from budget to sign-off, see our bathroom renovation checklist or our bathroom renovation mistakes to avoid guide for help avoiding the most common mistakes. Buying a bathroom FAQs How much does it cost to buy a new bathroom suite? A bathroom suite (toilet, basin, and bath or shower enclosure) costs between £300 and £800 at budget level, £800–£2,500 at mid-range, and £2,500 upwards for premium products. These are product costs only. Total installed costs, including labour, tiling, and materials, typically range from £4,000 to £8,000 for a standard full renovation. How much does it cost to buy a bathroom? The total cost of buying and installing a full bathroom in the UK ranges from around £2,000 for a cosmetic refresh (new suite, same layout, no plumbing changes) to £4,000–£8,000 for a full standard renovation, and £8,000–£15,000 or more for a large or high-specification bathroom. Labour typically accounts for 40–50% of the total cost. What should I buy first when buying a bathroom? Set your budget and measure the room before buying anything. Then confirm your water pressure and draw your layout to scale. Products should be purchased in order of size – the bath or shower enclosure first (the largest item), then the toilet, then the basin, then storage, then taps and accessories. Confirm all products with your fitter before ordering. What is the most important thing to get right when buying a bathroom? The layout. Specifically, the toilet position (governed by the soil pipe), the clearances around every fixture, and the door swing. These decisions affect every other choice in the room and are the most expensive and disruptive to change once the build is underway. Measure twice, plan on paper, and confirm with your fitter before ordering a single product. Ready to buy a bathroom? Browse our full range of bathroom suites, baths, shower enclosures, toilets, basins, vanity units, and bathroom furniture to start building your specification. If you would like to see products in person before committing, visit our Birmingham showroom in Tyseley, call us on 0121 753 0700 or book a consultation to talk to our expert team for any help and advice. Our team has been advising on bathroom purchases since 1986 and can help you work through layout, product selection, and budget in one conversation.
Read Time 19 mins
How to Get Hair Dye Stains Off Different Bathroom Surfaces
advice
how to

How to Get Hair Dye Stains Off Different Bathroom Surfaces

Sometimes, even the best-laid hair dyeing plans can go wrong.  You mix the right amount of hair dye in the right proportions and follow all the instructions carefully. But you may still end up splattering microscopic droplets of the hair dye on the washbasin, bathtub, bathroom carpet, or bathroom counter during the application process.  It’s also possible that during the first few washes, excess dye may have run from your hair. All this could result in hideous dark stains. The problem with hair dye stains in your bathroom is they look awful. While these unsightly stains will fade over multiple cleanings, they can become a permanent blemish if you don’t address them promptly. Navigate to any section of this post by clicking on the links above. How to Get Hair Dye Off Bathroom Sink Wet the stain area. Spray a coat of Stardrops The Pink Stuff cleaner over the stained area. Allow the cleaner to stand for one hour. Scrub the area gently with a cloth scouring pad. You will be able to remove the stains with minimal scrubbing. Rinse and repeat for stubborn stains. Some alternatives to Stardrops The Pink Stuff cleaner are Bar Keepers Friend and nail polish remover. However, you need to be careful when you use nail polish remover on a painted or plastic surface as it can cause damage. Important Note: Whenever you remove hair dye stains, avoid using something that may scratch or damage the surface of the stained area. Also, don’t use steel wool or any harsh abrasive, as it may result in minute scratches that will attract more stains in the future. How to Get Hair Dye Off Bathtub Plug the tub and fill it with hot water until the water covers the stained area completely. Wear rubber gloves. Pour 1 small cup of vinegar into the water. Mix the vinegar into the water in the tub using your hands. Add half a cup of baking soda to the water. There will be a fizzing action that will help remove the hair dye stains. Let the mixture of vinegar and baking soda remain in the tub for 10 minutes. Drain the tub and rinse it with warm water. For stubborn stains, you can repeat this process. Some alternatives to vinegar and washing soda are pure bleach spray and dishwasher detergent. (Note: Don’t mix them. Using one of them is effective for removing hair dye stains. How to Get Hair Dye Off Bathroom Carpet Take two cups of warm water in a basin and mix 1 tbsp of dishwashing liquid detergent and 1 tbsp of white vinegar. Sponge the stains on the carpet with this detergent/vinegar solution using a clean white cloth. Using a clean, dry cloth, blot frequently until the stains fade. Sponge the carpet surface with cold water and blot until the surface is dry. If the stains have not disappeared, sponge the area with rubbing alcohol. Blot once more until the carpet surface is dry. For stubborn stains, you can repeat this process. A mixture of dishwashing liquid and ammonia in equal proportions of 1 tbsp is an alternative to dishwashing liquid and white vinegar. Hairspray is also effective in removing hair dye stains, especially when you use it within minutes after the carpet is stained. A carpet cleaner is equally effective, as well. How to Get Hair Dye Off Bathroom Counter Take 1 tbsp of baking soda and some warm water. Wear rubber gloves. Mix the baking soda and warm water to the consistency and appearance of toothpaste. Rub this paste gently on the stained area. Let this paste remain on the surface of the counter for 1 hour. Scrub the stain off gently using a sponge or a soft damp cloth. Alternatives to baking soda include hydrogen peroxide, vinegar and rubbing alcohol. (Note: Never mix these chemicals. Use only one of them for removing hair dye stains) How to Get Hair Dye Off Bathroom Tiles Prepare a cleaning solution by mixing equal amounts of vinegar and water, and store this solution in a spray bottle. Spray generous amounts of the solution on the stained areas.   Let the solution stand for 15 minutes.  Scrub off the solution using a soft sponge or brush.  Rinse the sprayed area with water and wipe clean with a soft cloth. Ecover Bathroom Cleaner and St@llion 750ml The Pink Stuff Spray are also tile-friendly cleaning agents. Note: Hair dye stains are not easily visible on dark-coloured tiles. Hence, you’ll need to look carefully to spot them. In Conclusion Hair dye stains are difficult to remove from any bathroom surface, especially when not attended to promptly. This is because the chemicals in the hair dye will penetrate the surface fast and stain a larger area.  Therefore, as soon as you realise that a surface has been stained, taking quick action is of prime importance, as it’s the easiest way to remove hair dye stains.  You will find more useful tips on how to remove hair dye stains in our in-depth blog post How to Deep Clean Your Bathroom.
Read Time 4 mins
How to Change Bathroom Taps: Step-by-Step Guide
how to

How to Change Bathroom Taps: Step-by-Step Guide

Changing a bathroom tap is one of the most achievable DIY plumbing jobs in the home. It typically takes one to two hours, requires no specialist skills, and can make a significant difference to how a bathroom looks and functions. This guide covers how to change basin taps, bath taps, and mixer taps – including the tools you need, the steps involved, and the situations where a plumber is the better call. Can you change bathroom taps yourself? Yes, in most cases. Replacing a tap on a like-for-like basis – same type, same number of tap holes, same pipe configuration – is a straightforward job for anyone comfortable with basic DIY. The most physically challenging part is working under the basin to reach the retaining nut, which requires patience and occasionally a specific tool. No specialist plumbing knowledge is needed for a standard tap swap. There are situations where a plumber is the sensible choice: ·        The new tap requires a different number of holes (for example, replacing pillar taps with a monobloc mixer in a single-hole basin) ·        The supply pipes are copper and rigid rather than flexible, requiring cutting and compression fitting ·        The isolation valves under the basin are absent, corroded, or will not turn on ·        The existing pipework shows signs of corrosion or damage ·        The tap is a specialist or premium product with complex internals What tools do you need to change a bathroom tap? Essential: Adjustable spanner or adjustable wrench Basin wrench (sometimes called a tap spanner) – essential for reaching the retaining nut in confined spaces under the basin Small bucket or bowl Old towels or rags PTFE tape (plumber’s tape) Flat-head screwdriver Useful: Torch or head torch to illuminate the underside of the basin WD-40 or penetrating spray (for corroded nuts) Sponge or dry tissue to check for drips after reconnection  A basin wrench is the single most important tool for this job. Standard spanners cannot reach the retaining nut under most basins and bath rims. A basin wrench has a long handle and a jaw that swivels to tighten or loosen nuts in tight spaces from below. If you do not have one, most tool hire shops stock them. Before you start: check tap hole compatibility Before purchasing a new tap, check the number and size of tap holes in your basin or bath. Basin taps: A monobloc mixer tap (one lever or knob controlling both hot and cold) requires a single tap hole, typically 32–40mm in diameter. Pillar taps (separate hot and cold taps) require two holes. Wall-mounted basin taps require no tap holes in the basin but need supply pipes routed through the wall. For compact basins and cloakrooms, small basin taps are proportioned to suit narrower basins where a full-size tap would look oversized. For countertop and vessel basins with a greater height between the tap hole and the basin bowl, tall basin taps provide the necessary reach. Replacing pillar taps with a monobloc mixer in a two-hole basin requires blanking one hole with a cover plate. The reverse – fitting pillar taps in a one-hole basin – requires drilling a second hole, which is a job for a professional. Bath taps: Bath tap holes are typically 22mm in diameter and positioned on either the end deck (for single-ended baths) or the side. Confirm the number of holes and their centre-to-centre distance before ordering. Related: Bathroom Taps Buying Guide  Choosing the right replacement tap Before ordering, note: Number of tap holes in the basin or bath Centre-to-centre distance between holes (for pillar taps) The water system type (combi boiler, gravity-fed, or unvented) to confirm pressure compatibility The finish of existing accessories in the room – the new tap finish should match taps, shower fittings, towel rail, and accessories throughout For help choosing the right tap for your bathroom, see our how to choose the perfect bathroom taps guide, and browse our full range of basin tapsand bath taps.  Step 1: Turn off the water supply  Locate the isolation valves on the hot and cold supply pipes under the basin or behind the bath panel. They are small inline valves on the pipe itself, usually operated by turning a flat-head screwdriver until it is perpendicular to the pipe. When the slot is perpendicular, the valve is closed.  If there are no isolation valves, turn off the main stopcock. This is usually under the kitchen sink, in a utility cupboard, or at the front of the property near the boundary.  Once the supply is off, open the tap fully and leave it open until the water stops completely. This drains residual water from the pipe above the isolation point and relieves system pressure. Keep the tap open throughout the process. Place a towel under the pipes and a small bucket beneath the supply pipe connections. There will be residual water in the flexible hoses when they are disconnected. Step 2: Disconnect the water supply Working under the basin or behind the bath panel, locate the flexible supply hoses connecting the tap tails to the hot and cold pipes. There are two – one for hot, one for cold—note which is which before removing them. As a general rule, hot is on the left and cold on the right when facing the tap, but this varies. Check before disconnecting. Using an adjustable spanner, loosen the nut connecting each flexible hose to the supply pipe. Turn anticlockwise. Allow any residual water to drain into the bucket. Disconnect both hoses completely from the supply pipes. If the existing installation uses rigid copper supply pipes rather than flexible hoses, this is where the job becomes more complex. Rigid pipes must be cut and new compression fittings or flexible adaptors installed – at this point, unless you are confident with compression fittings, a plumber is the more reliable choice. Step 3: Remove the old tap With the supply hoses disconnected, locate the retaining nut beneath the basin. This is a large nut – usually plastic or brass – that clamps the tap to the underside of the basin from below. It is this nut that holds the tap in place from underneath.  Use the basin wrench to loosen the retaining nut. Turn anticlockwise. Access is tight, and the angle is awkward – a basin wrench’s swivelling jaw makes this far more manageable than a standard spanner. If the nut is corroded and will not turn, apply WD-40 or penetrating spray and leave for ten minutes before attempting again. Do not use excessive force – a ceramic basin can crack if the underside is placed under too much lateral stress.  Once the retaining nut is removed, lift the old tap out from above. Remove any rubber gasket or sealing plate that sat between the tap body and the basin surface. Clean the tap hole and the basin surface around it thoroughly, removing any limescale, old PTFE, silicone residue, or corrosion. The surface must be clean and dry before the new tap is fitted.  Step 4: Fit the new tap  Read the manufacturer’s instructions for the specific tap before fitting. Most taps include a rubber gasket that sits between the tap body and the basin surface, creating a seal and protecting the ceramic. Place this over the tap tail before inserting the tap into the hole from above.  Lower the tap into the hole, position it centrally, and ensure the spout points directly over the basin. From beneath, slide on any washers as specified by the manufacturer, then thread on the retaining nut. Hand-tighten the nut until the tap is held firmly in position.  At this point, check from above that the tap is central and that the spout is aligned correctly. Once the retaining nut is fully tightened, it is difficult to adjust.  Use the basin wrench to tighten the retaining nut firmly. Firm, not forceful – overtightening can crack the ceramic, strip the threads, or deform the gasket, creating a worse seal than a correctly tightened one. There should be no movement in the tap when you try to rotate it with your hand from above. For a monobloc mixer tap:a monobloc tap has a single body and a single tail. The hot and cold supply hoses connect to the bottom of the tail via separate inlets marked H and C. Wrap PTFE tape around the threads of each inlet before connecting the flexible hoses.  For separate pillar taps:each tap has its own body and tail. Fit them individually following the same process. Confirm the hot tap is on the left and the cold on the right when facing the basin.  Step 5: Reconnect the water supply  Wrap three or four layers of PTFE tape around the threads of the supply pipe connectors before reattaching the flexible hoses. PTFE tape fills micro-gaps in the thread that cause slow drips and is one of the most effective preventatives against leaking connections.  Connect the flexible hoses to the supply pipes – hot to hot, cold to cold. Hand-tighten first to ensure the threads are correctly engaged, then tighten with a spanner. A firm quarter-turn beyond hand-tight is usually sufficient. Do not overtighten.  Connect the opposite end of each flexible hose to the tap tails if they have not already been connected. Again, PTFE tape on the threads and a firm but not excessive tightening.  Step 6: Turn the water back on and check for leaks  With the tap in the open position, slowly turn the isolation valves back on (or reopen the main stopcock). Water will push trapped air through the system – this is normal. Let it run for a few seconds until a steady flow is established, then close the tap.  Check for leaks systematically.Dry every connection with a clean cloth, then check each point after five minutes: ·        The connection between each flexible hose and the supply pipe ·        The connection between each flexible hose and the tap tail ·        The joint between the tap body and the basin surface  Use a piece of dry tissue at each connection if you are unsure whether a surface is damp from the process or from a small drip. A drip will show as a wet spot on the tissue within a few minutes.  If a connection is leaking, turn off the supply, tighten the relevant fitting slightly, and retest. If a leak persists after tightening, disconnect the connection, add more PTFE tape, and reconnect.  How to change a bath tap  Changing a bath tap follows the same process as a basin tap, with one practical difference: the access is often even more restricted. The retaining nut on a bath tap is underneath the bath rim, which in an inset bath is close to the floor and behind the bath panel. Related: Bath Panel Ideas  Remove the bath panel before starting. This gives access to the underside of the tap and to the supply pipe connections. On some bath installations, the supply pipes connect through holes in the bath’s side rather than coming up through the floor – confirm the configuration before disconnecting anything.  The rest of the process is identical: turn off the supply, disconnect the flexible hoses, remove the retaining nut with a basin wrench, remove the old tap, clean the tap hole, fit the new tap, reconnect, and test.  Related: How To Install a Bath For freestanding bathswith freestanding taps, the supply pipes emerge from the floor and connect directly to the tap tails. The process is the same, but access is considerably better as there is no bath panel to navigate around. Where a bath has no tap holes at all, wall-mounted bath taps are the correct solution – the supply pipes are concealed within the wall, and the taps project out above the bath rim. Changing wall-mounted bath taps requires access to the supply pipes within the wall, which in a tiled bathroom means this is a job for a plumber unless the supply pipework is accessible from an adjacent room or cupboard. Read more: How to Seal a Bath  How to change a mixer tap A mixer tap controls both hot and cold water from a single body. If you are fitting a bath shower mixer tap– which includes a diverter to switch between bath fill and shower – the process is the same but confirm the diverter and shower connection are both tested before the bath panel is refitted.  Tap hole size:most monobloc mixer taps require a single 32–36mm hole. Measure the existing tap hole before ordering.  Water pressure compatibility:mixer taps mix hot and cold water within the body to achieve the desired temperature. This works best when hot and cold pressures are balanced. In a gravity-fed system where hot and cold are at different pressures, a mixer tap may perform poorly or not seal correctly when turned off. Check with a plumber if you are on a gravity-fed system and considering a mixer tap for the first time. Related: Are Black Bathroom Taps a Good Choice?  Other tap and waste types: what they are and how to fit  Overflow bath fillers An overflow bath filler fills the bath through the overflow opening rather than through a traditional tap mounted on the bath deck or wall. Because it fills from the side rather than from above, it is a clean, minimal solution for freestanding or inset baths where no tap holes are required, and a wall-mounted tap is not suitable. Installation requires the supply pipes to be routed to the overflow position – this is a first-fix decision rather than a retrofit.  Waterfall taps Waterfall taps deliver water in a wide, flat sheet rather than a narrow stream. They are a strong visual statement and suit contemporary and spa-inspired bathrooms. Installation follows the same process as a standard mixer tap – the same tools, the same steps, the same connections. The only practical note is that some waterfall spout designs require the basin to have adequate depth and width beneath the spout to contain the wider water spread without splashing the surrounding surface.  Bidet taps Bidet taps are specifically designed for bidet fittings, with a spray head and temperature control suited to personal hygiene use. They connect to the supply in the same way as a standard tap but typically include a pressure-reducing valve to keep the spray comfortable. If you are fitting a bidet tap for the first time rather than replacing an existing one, supply pipes need to be extended to the bidet position – this is plumbing work rather than a tap swap.  Bath wastes and traps Changing a bath tap is often a good opportunity to replace the bath waste at the same time, particularly if the existing waste is corroded, slow-draining, or the finish no longer matches the new tap. See our bathroom wastes and traps for replacement options, including click-clack, slotted, and unslotted waste formats. Related: Basin Wastes Guide: Everything You Need to Know  How to fit bathroom taps FAQs  Do you need a plumber to fit a tap?  Not for a standard replacement. Changing a tap does not require a licensed professional unless the work involves altering existing pipework or adding new connections. However, all work must be done safely and correctly. If water damage results from a poor installation, it can affect home insurance claims.  How much would a plumber charge to change a bathroom tap?  In the UK, a plumber typically charges between £80 and £150 to change a standard bathroom tap, including call-out. The parts themselves cost very little compared to the labour. If the job is straightforward – accessible isolation valves, flexible supply hoses, standard tap configuration – most plumbers complete it in under an hour. Complications such as seized nuts, rigid pipework, or needing to drill additional tap holes increase both time and cost. Read more: How Much Does A New Bathroom Cost  What tool is used to change a bathroom tap?  An adjustable spanner and a basin wrench are the two essential tools. The basin wrench is specifically designed to reach the retaining nut under the basin in confined spaces and is the tool that makes or breaks this job. Without one, removing the retaining nut from a standard under-counter basin is very difficult.  What do I do if the new tap is leaking after fitting?  Check that the flexible hose connections are tightened correctly at both ends and that the hot and cold supplies are connected to the correct inlets. If a threaded connection is dripping, disconnect it, apply additional PTFE tape, reconnect, and retest. If the leak is from the tap body itself or the joint between the tap and the basin, the rubber gasket may need to be reseated or replaced. Need any help replacing a bathroom tap? Changing a bathroom tap is one of the most accessible plumbing jobs in the home. The right tools – particularly a basin wrench – make the hardest part of the job manageable, and the process is the same whether you are replacing a basin tap, a bath tap, or swapping out a monobloc mixer. Take the time to turn the water off properly, dry and check every connection before and after, and the job is done in an afternoon. If the tap change reveals older pipework that needs attention, or if you want to take the opportunity to upgrade the rest of the room, browse our full range of bathroom taps and bathroom accessories. If you want to see our products in person or need any advice on replacing or fitting a bathroom tap, book a consultation with our expert team, visit our Birmingham showroom, or call us on 0121 753 0700.
Read Time 13 mins
How to Fit a Shower Enclosure: Step-by-Step UK Guide
how to

How to Fit a Shower Enclosure: Step-by-Step UK Guide

Fit a shower enclosure properly, and it stays watertight for years. Get it wrong, and it leaks from day one. For a confident DIYer, fitting a shower enclosure in the same position as the old one is a manageable job. If you're starting from scratch, with no existing shower tray or plumbing in place, a plumber should handle the waste connections before you begin. This guide takes you through the full process, from choosing the right enclosure type to the final seal. What type of shower enclosure are you fitting? The fitting process varies depending on the enclosure style, so it's worth identifying yours before you start: Quadrant corner shower enclosures fit into a bathroom corner, feature curved sliding doors, and are among the most popular choices for smaller bathrooms.  Offset quadrant enclosures follow the same principle but with a rectangular footprint, offering a little more showering space.  Rectangle shower enclosures work well in larger bathrooms and typically use a sliding or hinged door on one side.  Frameless shower enclosures use thicker toughened glass with minimal fixings and require more precise installation, though the result is a clean, minimal finish that works in almost any bathroom. Not sure which style suits your space? Our ultimate guide to shower enclosures covers the options in detail. What tools and materials do you need to fit a shower enclosure? Tools: tape measure, spirit level, pencil, drill, masonry or tile drill bits, screwdriver, silicone gun, hacksaw or pipe cutter, adjustable spanner, rubber mallet. Materials: the shower enclosure (panels, frame, and door), shower tray (if not already fitted), shower tray waste and trap, wall fixings appropriate to your wall type, bathroom-grade silicone sealant, PTFE tape, waterproof expanding foam or mortar (for setting the tray, if required). Read the manufacturer's installation guide before getting started. Enclosures vary considerably in how they go together, and the instructions will tell you the assembly order. Attempting to reverse-engineer the process halfway through costs time and risks damaging the glass. How to fit a shower enclosure: Step by step Step 1: Prepare the area If you're replacing an existing enclosure, remove it carefully and clean the walls and floor back to a flat surface. Prise off any old silicone sealant using a utility knife and silicone remover, and check the condition of the wall behind. Any damp, crumbling plaster, or loose tiles need to be addressed before the new enclosure goes in, as fitting over a damaged surface will cause problems further down the line. Step 2: Fit the shower tray If a new shower tray is part of the installation, this goes in before anything else. Position the tray in place and check its level in both directions using a spirit level. Most trays sit on adjustable legs, which makes levelling straightforward, though a solid mortar bed is more stable for heavier stone resin trays. Connect the waste outlet to the existing waste pipe, ensuring the trap is accessible for future maintenance. Once the tray is level and the waste is connected, run water through it and check for leaks before moving on. Need more detail? Head to our guide on how to fit a shower tray. Step 3: Mark up the wall profiles With the tray in place, hold the wall profiles (the channels the glass panels sit in) against the wall and mark the fixing positions with a pencil. Use a spirit level on every mark. This stage is where many DIY installations go wrong, as profiles fixed to an unlevel line will cause the glass panels to sit out of square, putting stress on the hinges and making the doors difficult to open and close properly. For those wondering how to install a corner shower enclosure or a quadrant installation, both wall profiles must be perfectly square to each other and level. Check this with a set square before you drill. A note on tiled walls If your walls are already tiled, use a tile drill bit to start the fixing holes and work slowly to avoid cracking the tile surface. Mark the hole positions with masking tape first to reduce the risk of the drill bit skating across the surface before it bites. Step 4: Fix the wall profiles Drill at your marked positions and insert wall plugs appropriate to your wall type. Masonry walls take standard rawl plugs, while stud walls need longer fixings that reach the timber frame. Fix the profiles to the wall, checking level again once they're in place, and tighten fully. Apply a thin bead of silicone sealant along the back edge of each profile where it meets the wall, smoothing it neatly before it skins over. Step 5: Fit the glass panels Lift the glass panels carefully into the wall profiles, following the manufacturer's sequence exactly. Most enclosures require you to fit the fixed panel before the door panel, but this varies, so check the instructions. Glass panels are heavier than they look, and having a second pair of hands at this stage makes the job considerably safer and easier. Once the panels are seated, check they're plumb (perfectly vertical) before tightening any fixings. A panel that's fixed slightly out of plumb will bind against the door frame or leave gaps that water finds immediately. Step 6: Fit the shower door Hang the shower door onto the fixed panel or wall profile, following the instructions. Most sliding doors clip onto a top rail and bottom track; hinged doors bolt directly to the fixed panel. Check that the door opens and closes smoothly and that the seal strips (the rubber or magnetic strips along the door edges) make full contact with the glass or frame when closed. If they don't, most enclosures allow minor adjustment via the hinge fixings or track alignment before locking everything down. Step 7: Seal the enclosure This is one of the most important steps in the whole process. Apply bathroom-grade silicone sealant to every internal joint: where the glass meets the tray, where the profiles meet the wall, and along the base of the tray where it meets the floor. Use a sealant tool or a wet finger to smooth each bead, remove excess immediately, and work methodically rather than rushing. Missed joints or poorly applied sealant are the most common causes of leaks in a new shower enclosure installation. Leave the silicone to cure for at least 24 hours before using the shower. Most manufacturers recommend 48 hours for full cure. Step 8: Test the installation Run the shower at full pressure and check every sealed joint for water tracking through. Pay particular attention to the base of the enclosure where the glass meets the tray, as well as the door seals. Any water escaping at floor level indicates a gap in the sealant that needs to be addressed before the shower goes into regular use. How to fit a quadrant shower enclosure: What's different? Fitting a quadrant shower enclosure follows the same core steps as a standard enclosure, but with a couple of things to bear in mind. Because a quadrant enclosure sits in a corner with both side panels fixed to the wall, getting the two wall profiles perfectly square to each other is critical. Use a set square to check the angle before you drill, as even a small deviation from 90 degrees will cause the curved door frame to sit awkwardly and the doors to bind. The quadrant shower tray also needs to be positioned and levelled before any wall profiles are fixed, as the enclosure is built around it. For an offset quadrant, the same principles apply, but the tray is rectangular rather than a true quarter circle, so double-check your measurements before ordering. A tray that's 10mm too wide won't fit the space, and most are non-returnable once the packaging is opened. How to install a corner shower enclosure on a stud wall Installing a corner shower enclosure on a timber stud wall is achievable, but the wall must be able to take the fixing load. The wall profiles carry the weight of the glass panels and the lateral force of the door opening and closing, so fixings that go into plasterboard alone will not hold over time. Identify the stud positions before you mark up, and align your fixing positions with the studs wherever possible. Where they don't align, noggins (horizontal timbers fixed between studs) can be added before the wall is finished to give solid fixing points throughout. If the bathroom walls aren't yet tiled, this is the right time to think about waterproofing. Aquaboard or a similar tile backer board is a more stable and water-resistant substrate than standard plasterboard for a shower area. Should you hire a professional to fit a shower enclosure? Fitting a shower enclosure is within reach of a competent DIYer, particularly when replacing like-for-like. Glass handling requires care and a second person, and the sealing must be done thoroughly to avoid leaks. Where a plumber becomes necessary is at the waste and supply connection stage, particularly if you're installing a shower in a new position or connecting to existing pipework for the first time. Any work that involves extending or relocating the waste pipe should comply with building regulations, and a qualified plumber will ensure this is done correctly. Frequently asked questions about fitting a shower enclosure How long does it take to fit a shower enclosure? A straightforward like-for-like replacement, where the tray is already in place and the waste is connected, typically takes between three and five hours. A full installation, including a new shower tray, waste connection, and enclosure, will take a full day for a competent DIYer, and longer if the walls need preparation or the plumbing needs extending. Do you need to seal the inside and outside of a shower enclosure? The internal joints are the priority, as these are where water pressure is greatest. The joints between the glass and the tray, and between the wall profiles and the wall, must be fully sealed on the inside. Sealing the external face of wall profiles is also good practice, as it prevents moisture from tracking behind the profiles over time. Can you fit a shower enclosure on a tiled floor? Yes. Most shower trays and enclosures are designed to sit directly onto a tiled or solid floor. The tray should be levelled using its adjustable feet before the enclosure goes up, and the joint between the tray and the floor should be sealed with silicone once the installation is complete. How do you stop a shower enclosure from leaking? The most common causes of leaks are gaps in the silicone sealant, door seals that aren't making full contact with the glass, and profiles that aren't flush against the wall. Check all three if you notice water escaping. Old or shrinking silicone can be cut back and reapplied; door seals are usually replaceable without dismantling the enclosure. If the profile has pulled away from the wall, the fixing may need to be re-drilled and a wall plug appropriate to the wall type inserted. In a reading mood? Our guide on how to fix a leaky shower covers the most common causes and fixes. What's the difference between a quadrant and an offset quadrant shower enclosure? A quadrant enclosure has a true quarter-circle footprint, with equal depth and width, sitting neatly into a corner. An offset quadrant has a rectangular footprint, wider than it is deep, which gives more showering room without taking up significantly more floor space. Both use quadrant shower trays and are fitted using the same method, but the trays are not interchangeable, so make sure the tray and enclosure are specified together. Can you fit a shower enclosure without a tray? Yes. Wetroom-style installations use a tiled, gradient floor with a linear drain rather than a separate tray. This is a more complex installation that involves waterproofing the floor and walls before tiling and is generally best handled by a professional tiler and plumber working together. If you're considering this route, our bathroom trends guide covers wetroom ideas and finishes. Ready to choose your shower enclosure? Browse our full range of shower enclosures, including quadrant corner shower enclosures, offset quadrant enclosures, frameless shower enclosures, sliding shower doors and hinged shower enclosures. Our friendly team is available by phone, or if you’d prefer to see our enclosures in person, you’re always welcome in our Birmingham showroom.
Read Time 9 mins
How to Install a Vanity Unit: Step-by-Step UK Guide
how to

How to Install a Vanity Unit: Step-by-Step UK Guide

Installing a bathroom vanity unit yourself is achievable for a confident DIYer, but it pays to know what you're getting into before you start. A like-for-like replacement can be a simple job, whereas moving the unit to a completely different position requires relocating plumbing, which is best left to a qualified plumber. This guide covers both scenarios, walking you through everything from planning and prep to waste connections and the final seal. Before you start: what type of vanity unit are you fitting? The installation process differs depending on the type of unit you've chosen. Wall-hung vanity units fix directly to the wall with no floor contact, giving a clean, contemporary look, but they do demand a wall that can take the load. Freestanding vanity units sit on the floor and are generally more forgiving to install. The core steps are similar for both types, but if you're installing a wall-hung vanity unit, checking your wall structure before anything else is non-negotiable. Not sure which type suits your space? Read our guide on freestanding vs wall-mounted vanity units. Does the wall need to be a specific type to support a wall-hung vanity unit? Yes, and it's worth understanding why. A wall-hung vanity unit carries the combined weight of the carcass, the basin, and water, so the wall behind it needs to be genuinely solid. Masonry (brick or block) is the ideal fixing surface.  A timber stud wall can work too, provided the screws go directly into the studs rather than the plasterboard skin, which simply won't bear the load on its own. If you're not certain what your wall is made of, use a stud finder or knock along the surface to listen for the difference. When in doubt, speak to a plumber or builder before you commit to drilling. H2 - What tools and materials do you need to install a vanity unit? Retain original image: Tools: tape measure, spirit level, pencil, drill, masonry or wood drill bits (appropriate to your wall type), screwdriver, adjustable spanner, pipe wrench, hacksaw or pipe cutter, bucket, PTFE tape. Materials: the vanity unit and basin, wall fixings (supplied with the unit or purchased separately), flexible tap connectors, push-fit or compression waste fittings, silicone sealant, and P-trap waste (if not included). Check the installation pack before buying anything extra, as most vanity units include fixings and a wall template, and always read the manufacturer's instructions before you touch the wall. How to install a vanity unit: step by step Step 1: Turn off the water supply Locate the isolation valves on the hot and cold supply pipes beneath the existing basin and turn them clockwise until they stop. If there are no isolation valves, turn off the mains supply instead. Open the existing taps to release any residual pressure, drain the water left in the pipes, and place a bucket beneath the waste trap to catch the water that comes out. Step 2: Disconnect and remove the old unit Using an adjustable spanner, loosen the slip nut on the P-trap (the curved section of waste pipe beneath the basin) and pull it free. Disconnect the hot and cold supply hoses from the tap tails, cut any silicone sealant around the basin or vanity unit with a utility knife, and lift the old unit away. Take the time to clean the wall back to a flat surface, removing old fixings, silicone residue, and filler, as a clean surface will make marking up the new unit much easier. Step 3: Mark up the new bathroom vanity unit position Standard bathroom vanity unit height sits between 800mm and 860mm from floor to basin rim, though this varies by product, so our bathroom vanity unit height guide is worth reading before you drill anything. Mark the fixing hole positions using the supplied template or by holding the bracket against the wall, and use a spirit level at every stage. An unlevel vanity unit causes drainage problems further down the line and will look wrong from the moment it goes in, so it's worth taking the extra time here. Step 4: Fix the wall bracket or carcass For wall-hung vanity units, you'll typically be fixing a wall-mounted hanging plate or bracket. Drill at your marked positions using the correct bit for your wall type, insert wall plugs if you're fixing into masonry, then drive in the screws, leaving them slightly proud so you can hang and adjust the unit before locking it into place. For floor-standing units, position the carcass against the wall, use shims if the floor is uneven, check the level, and fix through the back panel into the wall for added stability. Step 5: Fit the basin If the basin drops into a cutout in the vanity unit top, run a thin bead of silicone sealant around the rim before lowering the basin into position. For a countertop basin that sits on top of the unit, apply silicone to the basin's base first. It's worth fitting the tap to the basin before the whole unit goes on the wall, as working at bench height is far easier than reaching into the back of a fixed bathroom vanity unit. While you're there, connect the flexible tap connectors to the tap tails too. Step 6: Connect the water supply Thread the flexible hose connections onto the hot and cold supply pipes, hand-tighten first, then give them a quarter-turn with a spanner. Wrap PTFE tape around any threaded connections before making them up, and be careful not to overtighten, as the fittings are often brass and can crack under too much force. Open the isolation valves slowly, check every connection carefully for drips, and tighten any joint that weeps a little at a time. Step 7: Connect the waste Fit the waste to the basin outlet using the rubber washer on the underside and hand-tighten the back nut. Connect the P-trap to the waste outlet and run the pipe to your existing waste point, using push-fit fittings to adjust the run if needed. The trap must maintain a downward slope toward the wall; a flat or upward run will trap standing water and block with regularity. Once connected, run water slowly and watch the waste connection carefully for any drips or pooling beneath the vanity unit. Step 8: Seal and finish Apply a neat bead of bathroom-grade silicone sealant where the basin meets the vanity unit top and where the unit meets the wall. Smooth it with a wet finger or a sealant tool, wipe away any excess before it begins to skin, and leave it to cure for at least 24 hours before putting the basin into use. Should you hire a professional to install a vanity unit? A like-for-like replacement is a reasonable DIY job for anyone comfortable with basic plumbing. Relocating the waste or supply pipes is a different matter entirely, as it involves notching floors or walls and working with the soil stack (the large vertical pipe that takes waste from basins and toilets), which must comply with building regulations.  If you're uncertain at any point, the sensible approach is to have a plumber handle the initial fix and complete the sealing and finishing work yourself. Frequently asked questions about installing a vanity unit How long does it take to install a vanity unit? A straightforward like-for-like installation typically takes between two and four hours, covering everything from disconnecting the old unit and preparing the wall to fitting the new bathroom vanity unit and making the plumbing connections. First-timers should allow a little longer. If the waste or supply pipes need moving, the job becomes a multi-stage process and will likely take the best part of a day, depending on access. Do you need a plumber to install a vanity unit? Not always. Installing a vanity unit in the same position as the existing one is within reach of a competent DIYer, as the water connections are straightforward and the waste is push-fit in most cases. A plumber becomes necessary if you're moving the waste pipe, connecting to the soil stack, or running new supply pipes, as any work that touches the soil stack falls under Part H of the Building Regulations in England and Wales. Can a wall-hung vanity unit go on a stud wall? Yes, but with conditions. A wall-hung vanity unit can be fixed to a timber stud wall, provided the screws go directly into the studs rather than the plasterboard alone. If the stud spacing doesn't align with your fixing positions, a horizontal noggin (a piece of timber fixed between studs) can be added before installation, which is standard practice and well within the capabilities of anyone with basic carpentry experience. What height should a bathroom vanity unit be? The standard height for a bathroom vanity unit in the UK is between 800mm and 860mm from the floor to the basin rim, though wall-hung vanity units offer the advantage of being fully adjustable, so you can set them at whatever height works best for your household. Can you install a vanity unit without turning off the water? No. Always isolate the water supply before disconnecting any tap or waste fittings. If your existing basin has isolation valves on the supply pipes, turn those first. If not, turn off the mains stopcock and open the taps to release residual pressure before you begin. How do you seal a vanity unit to the wall? Once the vanity unit is fixed and level, run a bead of bathroom-grade silicone sealant along the joint between the unit and the wall, and between the basin and the unit top. Smooth it with a sealant tool or a wet finger, remove any excess immediately, and leave it to cure for 24 hours before use. A mould-resistant silicone formulation is worth paying a little extra for, as standard decorator's caulk won't last in a wet bathroom environment. Ready to choose your vanity unit? Browse our full range of bathroom vanity units, including wall-hung vanity units, freestanding vanity units, small vanity units and corner vanity units. Our team is available by phone, or you can visit the Birmingham showroom to see units in person before you buy.
Read Time 8 mins
How to Tile a Bathroom
how to

How to Tile a Bathroom

Tiling a bathroom yourself is a great way to save some money on your bathroom renovation. Done well, it protects your walls and floor from moisture, adds lasting value to your home and looks the part for years. However, if it’s not done correctly, it can cost you more to fix than hiring a professional in the first place. This guide explains everything you need to know, from removing old tiles to tiling both bathroom walls and floors, so you can approach the job with confidence and get a result worth showing off. What do I need for tiling a bathroom? Before you start, gather everything you need, so it’s on hand and ready. Stopping mid-job to hunt for a missing tool is how mistakes happen. Here’s what you need to tile a wall or floor: Tiles (always order 10–15% extra to account for cuts and breakages) Tile adhesive (use a waterproof, flexible adhesive for bathrooms) Tile grout (use waterproof grout; choose unsanded for joints under 3mm, sanded for wider joints) Grout sealer Notched adhesive trowel Grout float Tile spacers (typically 2mm for walls, 3–5mm for floors) Spirit level Tape measure and pencil Tile cutter or angle grinder with a diamond blade Tile scorer and snapping tool (for straight cuts on thinner tiles) Tile nippers (for curved cuts around pipes) Mixing bucket and paddle mixer (or a sturdy drill attachment) Sponge and clean bucket of water Silicone sealant and sealant gun (for corners and junctions) Safety goggles and gloves Plumb bob or laser level Batten (a straight timber board used to set your first row level) Sealant remover or scraper tool (if removing existing tiles) How to remove existing tiles Whether you're retiling a bathroom wall or floor, old tiles need to come off cleanly before anything new goes on. Protect the room: Cover your bath, toilet, basin and any fittings with dust sheets. Broken tile shards are sharp and heavy, so wear safety goggles and thick gloves throughout. Score the grout lines: Use a grout rake or multi-tool to score along the grout joints. This weakens the bond between tiles, making them easier to remove without damaging the wall behind. Start at a loose or broken tile: If any tile is already cracked or lifting, start there. Insert a bolster chisel behind it and tap gently with a club hammer to lever it free. Work systematically: Move across the wall or floor in a consistent direction. Keep the chisel at a shallow angle to avoid gouging the plasterboard or screed beneath. Remove old adhesive: Once the tiles are off, chisel or scrape away any remaining adhesive from the surface. A flat scraper or electric multi-tool makes this quicker on large areas. Assess the surface: Check for damage, damp patches or crumbling plasterboard. Repair anything before you retile. Plasterboard that's soaked through will need replacing entirely. Clean and prime: Vacuum up debris, wipe the surface down and apply a coat of tile primer or PVA solution to improve adhesion before you begin laying your new tiles. How to tile a wall How to prepare a bathroom wall for tiling Check that the wall is clean, dry and structurally sound. Fill any holes or cracks with filler and let it dry fully. If you're tiling onto new plasterboard, seal it with a tile primer first. For walls that have been previously painted, sand back any loose or flaking areas. A flat, stable surface is crucial, so don’t rush this stage. Step 1: Find the centre of the wall Measure the width of the wall and mark the midpoint with a pencil. This is your starting point. Working from the centre outwards means any cut tiles at the edges will be equal on both sides, which gives a far neater finish. Use a spirit level or laser level to draw a vertical line through this point from floor to ceiling. Step 2: Set your horizontal datum line Start tiling your bathroom wall from a level reference line, not from the floor. To create this line, identify the lowest point of the floor and measure up by the height of one tile. Mark this point and draw a level horizontal line across the wall. This line will form the top of your bottom row of tiles. Fix a timber batten along the line to support the tiles while the adhesive cures. Step 3: Do a dry run Before you mix any adhesive, lay your tiles out dry against the wall to check your layout. Move your starting position slightly if it means avoiding very thin slivers of tile at the edges, which are both difficult to cut and look unfinished. This step saves a lot of hassle later. Step 4: Mix and apply the adhesive Mix your tile adhesive to a smooth, lump-free consistency following the manufacturer's instructions. Using your notched trowel held at roughly 45 degrees, spread adhesive onto the wall in sections no larger than about one square metre at a time. The ridges left by the notched edge will help the tile bond properly. Step 5: Set your first tiles Press the first tile firmly into place at the junction of your vertical centre line and the horizontal batten, giving it a slight twist to bed it into the adhesive. Place a tile spacer at each corner. Check that it’s level with a spirit level. This first tile sets the reference for everything else, so take your time to get it right. Step 6: Work outwards in rows Work horizontally across the wall, row by row, placing spacers as you go. Press each tile firmly into the adhesive and check regularly that your rows are staying level. Don't let the adhesive dry on the tile face; wipe it off straight away with a damp sponge. Step 7: Cut tiles for the edges Measure the gap between the last full tile and the wall edge or fixture. Mark the cut line on the tile with a pencil and score-and-snap or use a tile cutter. For cuts around pipes or outlets, use tile nippers or a hole saw attachment. Always cut tiles with the glazed side facing up. Step 8: Let the adhesive cure Once all tiles are in place, remove the batten and fill the bottom row with cut tiles. Leave the adhesive to cure fully, usually 24 hours minimum, before grouting. Don't apply any load or pressure to the tiles during this time. Step 9: Grout the wall Remove all spacers. Mix your grout according to the manufacturer's specifications. Using a rubber grout float held at 45 degrees, press grout firmly into the joints with diagonal strokes to avoid dragging it back out. Work in manageable sections. Once the grout has started to set (around 20–30 minutes), wipe the surface clean with a damp sponge, rinsing it regularly. Buff off the haze with a dry cloth once dry. Step 10: Seal the junctions Apply silicone sealant along all internal corners, around the bath rim, and at any junction between the tiled wall and another surface. Silicone is flexible and absorbs movement that grout can't, which is why it is used in corners. Press it smooth with a damp finger or a sealant tool and leave it to cure fully before getting it wet. To keep your tiles looking pristine, read our guide on keeping bathroom tiles clean. Or, if you’re not sure whether tiles are the right choice for your bathroom, explore our guide on wet wall panels vs tiles before you commit. How to tile a floor Tiling a bathroom floor follows much the same logic as a wall, but with a few key differences: floor tiles are heavier, adhesive is applied to both the tile and the floor (a technique known as back-buttering), and getting the levels right is essential to avoid lippage (where tile edges sit higher than the ones next to them). How to prepare a bathroom floor for tiling The floor must be completely solid and level. Flexing floorboards will cause tiles and grout to crack over time. If you're tiling over timber floorboards, lay 12mm marine-grade plywood sheets first, screwed down every 200–300mm, to create a rigid base. Concrete floors should be checked for dampness and primed. Fill any dips or hollows with a self-levelling compound and allow it to dry fully. Step 1: Find the centre of the floor Measure the length and width of the room and draw chalk lines from the midpoints of opposite walls to find the exact centre of the floor. This is your starting point. Do a dry layout from this point to check your tile pattern and adjust if you'd end up with very thin cuts at the doorway, which is the most visible edge. Step 2: Check if the room is square Bathroom floors are rarely perfectly square. Use the 3-4-5 triangle method to check: measure 300mm along one chalk line, 400mm along the other, and the diagonal between those two points should measure exactly 500mm if the room is square. Adjust your layout lines if not. Step 3: Apply adhesive to the floor Use a larger notched trowel for floor tiles than you would for walls. Spread adhesive over a manageable area (no more than a square metre at a time) using consistent, even strokes. For larger format tiles, also apply a thin coat to the back of the tile itself (back-buttering) to ensure full coverage and prevent hollow spots that can crack under load. Step 4: Lay the first tile Place your first tile at the centre of the room where your chalk lines cross. Press it down firmly with a slight twisting motion and check that it sits level in both directions with a spirit level. This tile dictates everything else, so it needs to be exactly right. Step 5: Work outwards in quadrants Work from the centre tile outwards in quadrants, placing spacers as you go. Check levels regularly with a spirit level. On larger floors, use a long straightedge to check for lippage across multiple tiles. Knock down any high spots gently with a rubber mallet. Step 6: Cut and fit the perimeter tiles Once all full tiles are down, measure and cut the perimeter tiles to fit. Remember to leave a small expansion gap (around 3mm) at the walls, which you'll later fill with silicone sealant rather than grout. This allows the floor to expand and contract without cracking. Step 7: Allow to cure fully Leave the floor adhesive to cure for at least 24 hours before walking on it, and 48 hours before grouting. Rushing this step is one of the most common causes of cracked grout lines. Step 8: Grout the floor Remove all spacers. Mix floor grout and apply it using a grout float, working it firmly into the joints in diagonal sweeps. Wipe off excess grout with a damp sponge before it sets. Buff the floor clean with a dry cloth once the grout has fully hardened, usually after 24 hours. Step 9: Seal expansion gaps and grout Apply silicone sealant into the expansion gap at the base of the walls. Once the grout has cured, apply a grout sealer to protect the floor from moisture and staining, especially around the shower and bath. Where should you place tiles in a bathroom? Where to tile in a bathroom depends on the level of moisture in each area. Walls directly inside the shower enclosure or above the bath need full waterproof tiling or shower panels from floor to ceiling. The area around the basin splash zone should also be tiled. For the rest of the room, half-tiled walls (typically to a height of 1.2–1.5 metres) are common and practical. Floors should always be fully tiled if you're tiling at all, although waterproof alternatives such as LVT or sheet vinyl are also suitable. How much does it cost to tile a bathroom? The best way to tile a bathroom on a budget is to do it yourself. DIY costs typically run from £200 to £700 for materials in an average-sized bathroom (around 5–6m²), depending on tile quality. Hiring a professional tiler costs anywhere from £150 to £300 per day, and most bathroom jobs take two to three days, so expect to pay £300 to £900 in labour on top of materials. Tile format, pattern complexity, wall condition and accessibility all affect the final price. For a broader view of what a bathroom renovation might cost, see our guide on new bathroom costs. How easy is it to tile a bathroom? How easy it will be to tile your bathroom depends on your starting point. A flat, square room with straightforward wall tiling is manageable for most competent DIYers. Floor tiling is slightly more demanding due to tile weight and the need for a perfectly rigid, level base. Awkward spaces, lots of cuts around pipes and fittings, or large format tiles all add to the difficulty. If you're new to tiling, a smaller project like a splashback or cloakroom is a good place to start before tackling a full bathroom. Tiles are a long-term investment. Get the groundwork right, and they'll look good and hold firm for decades. If you're planning a wider bathroom update alongside your tiling project, explore our bathroom suites or read our bathroom guides for inspiration.  
Read Time 10 mins
How to Install a New Toilet
how to

How to Install a New Toilet

Fitting a new toilet is one of the more achievable DIY plumbing jobs. Get the preparation right, work methodically, and most close-coupled toilet replacements can be completed in a few hours without calling a plumber. This guide walks you through everything you need to know about how to fit a new toilet safely, from removing the old one to sealing it in place. Before you start Replacing like-for-like is straightforward, whereas adding a toilet to a new room is a different job. Here are a few things to check before you pick up a tool: Can you isolate the water supply? If not, contact a plumber before starting. Does the soil pipe need moving? Any alterations to the soil pipe are best left to a professional. Is the floor level? An uneven floor will need silicone sealant or plastic wedges to level the pan. Do you need building regulations approval? Swapping an existing toilet doesn't usually require it, but adding a new WC to a property does. Building control approval is needed for the plumbing work, and there are minimum standards for ventilation and accessibility. Is the wall strong enough? High-level and low-level cisterns need solid fixing points. On hollow stud walls, fixings must go into timber studs or horizontal noggins. What you’ll need For removing an existing toilet: Bucket and old towel Sponge Putty knife Adjustable wrench Adjustable pliers Screwdriver Rubber gloves For fitting the new toilet: Spirit level Tape measure and pencil Drill and wall plugs Pipe cutter or hacksaw Hammer Box spanner Flexible water supply hose Silicone sealant and sealant gun Pan connector (to connect the waste outlet to the soil pipe) Close-coupled cistern components (usually supplied with the toilet) Take a look at our toilet installation kit to give you a head start. How to remove a toilet Before we get into how to install a toilet, the old one needs to come out cleanly. Step 1: Turn off the water supply Locate the isolation valve on the supply pipe to the cistern and turn it off. If there's no isolation valve, turn off the mains supply. Step 2: Flush and empty the cistern Flush the toilet to clear as much water from the cistern as possible. Use a sponge to mop up any remaining water from both the cistern and the pan. This makes the next steps a lot less messy. Step 3: Disconnect the water supply Unscrew the flexible hose connecting the cistern to the water supply. Have a cloth or small bucket ready to catch any residual water. Step 4: Cut the sealant and unscrew the pan Use a putty knife to cut through the silicone sealant around the base of the pan. Remove the screws fixing the pan to the floor. Step 5: Unscrew the cistern from the wall Remove the screws or bolts fixing the cistern to the wall. On a close-coupled toilet, the cistern bolts to the pan, so both come away together. Step 6: Remove the toilet With everything disconnected, ease the pan away from the wall. The waste outlet will disengage from the pan connector in the soil pipe. Plug the soil pipe opening with a cloth to stop drain smells while you work. Step 7: Dispose of your old toilet Once removed, dispose of your old toilet responsibly by taking it to a local household waste recycling centre or arranging a bulky waste collection through your local council. How to fit a new toilet With the old toilet out, you're ready to fit the replacement. These steps cover how to fit a close-coupled toilet, the most common style in UK bathrooms. Step 1: Assemble the cistern internals Before fixing anything to the wall, build the cistern. Follow the manufacturer's instructions for assembling the flush valve, fill valve, and cistern lever. Tighten all screws by hand first, but avoid over-tightening cistern components as this can crack the porcelain. Step 2: Attach the cistern to the pan Most close-coupled toilets use two bolts and a large rubber washer (the close-coupled washer) to connect the cistern to the pan. Fit the washer to the top of the pan inlet, position the cistern, and insert the bolts in the correct order as shown in the instructions. Again, make sure not to overtighten. Step 3: Fit the pan connector To connect the toilet waste outlet, insert a pan connector into the soil pipe opening in the floor or wall. It should fit snugly with no gaps. If the toilet pan outlet doesn't align directly with the soil pipe, use an offset pan connector to bridge the gap. Step 4: Position the toilet and check alignment Sit the toilet pan over the pan connector. Check that the waste outlet seats fully into the connector collar with no gaps, as a poor seal causes leaks. Use a spirit level across the pan to check it's sitting level. If the floor is uneven, use silicone or plastic wedges to correct it. Step 5: Mark the fixing holes With the toilet level and correctly positioned, use a pencil to mark the cistern wall-fixing holes and the pan floor-fixing holes. Also mark around the base of the pan. This gives you the exact footprint to use when applying the sealant. Remove the toilet from its position so you can drill the holes. Step 6: Drill and plug the holes Drill the cistern holes and the pan holes using the pencil marks as your guide. Insert the correct wall plugs for your wall type. On plasterboard-only walls, you'll need to expose a timber stud or fit noggins, as plasterboard alone won't carry the cistern weight. Step 7: Apply silicone and reposition the toilet Apply a bead of silicone sealant to the floor within the pan footprint you marked earlier. Carefully lower the toilet back into position, making sure the waste sits fully into the pan connector. Press the pan firmly onto the sealant. Step 8: Fix the toilet to the floor To fix a toilet to the floor, insert the pan fixing screws through the base and tighten down, using any washers provided. Use a spirit level to double-check that the pan is still sitting level. Don't overtighten the screws, as you risk cracking the pan. Step 9: Fix the cistern to the wall Screw the cistern to the wall using the pre-drilled holes. Again, be firm but not forceful. Step 10: Plumb in the toilet To plumb in the toilet, connect the flexible water supply hose between the fill valve on the cistern and the isolation valve on the wall. Hand-tighten the fittings, then give each a quarter turn with a wrench. Step 11: Turn the water back on and check for leaks Turn the isolation valve back on slowly. Watch the supply hose connections and the internal cistern components as the cistern fills. Flush twice and check around the base of the pan, the pan connector, and all supply connections for any signs of a drip. Step 12: Fit the toilet seat Insert the seat bolts through the pan, add the washers and nuts, and hand-tighten. Adjust the toilet seat so it sits centrally on the bowl before tightening fully. Read our step-by-step guide on how to fit a toilet seat for more help. Step 13: Seal the base Run a neat bead of silicone around the entire perimeter of the pan base. Smooth it off with a damp finger or sponge for a clean finish. Leave to cure fully before use, usually 24 hours. How long does it take to replace a toilet? Replacing a standard close-coupled toilet takes around two to four hours for a confident DIYer. A wall-hung toilet with a concealed cistern is a more involved job and can take a full day. Allow extra time if the existing toilet has rusted fixings or the floor needs levelling. This guide covers a straightforward like-for-like toilet swap. If you're relocating the soil pipe, fitting a wall-hung toilet, or working on the only toilet in the house, we recommend contacting a registered plumber. Browse our full range of toilets to find the right model before you start, or explore our toilet guides for more advice on choosing the right style for your bathroom.
Read Time 6 mins
How to Fit a Bath: Step-by-Step Installation Guide
how to

How to Fit a Bath: Step-by-Step Installation Guide

Fitting a bath is a substantial DIY project, but a manageable one if the preparation is thorough and the steps are followed in the right sequence. This guide covers every stage of a standard bath installation – from removing the old bath and preparing the space, through to plumbing connections, sealing, and fitting the bath panel. It also covers the specific considerations for different bath types and explains clearly where a professional should be involved rather than a confident DIYer. Before you start: what to check Unpack and inspect immediately. As soon as the bath is delivered, unpack and inspect it thoroughly for damage or surface marks. It is far easier to arrange a replacement before installation begins than after. Check that all components in the fittings box are present – legs, brackets, fixings, and any supplied waste or overflow parts. Measure the space. Confirm the bath dimensions fit the intended position with adequate clearance for access during installation. Measure the distance from the wall to the waste outlet and confirm alignment with the existing drain. Allow for the depth of any wall tiles or tile backer board that will be applied after installation. Check the subfloor. The floor must be level and structurally sound. A bath filled with water weighs considerably more than it does empty – a standard 1700mm acrylic bath holds approximately 150–200 litres. The subfloor must support the combined weight of the bath, water, and user without flexing. If there are any signs of rot, damage, or unevenness, address them before fitting. Confirm the waste pipe alignment. This is the one aspect of a bath installation most likely to require a plumber. If the new bath's waste outlet position does not align with the existing drain, the waste pipe needs to be rerouted. Do not attempt this unless you are confident with waste plumbing – an incorrectly graded waste pipe blocks regularly and can leak behind the bath panel, leaving no visible signs until the damage is significant. Turn off the water supply before you do anything else. Use the isolation valves under the existing bath if they are accessible, or turn off the main stopcock. Open the taps fully and allow the pipes to drain completely before disconnecting anything. Tools and materials needed Tools: Retractable tape measure Spirit level Adjustable wrench and pipe wrench Standard and cross-head screwdrivers Power drill and appropriate drill bits Hole saw (for tap holes if not pre-drilled) Hacksaw Putty knife Sealant gun and smoothing tool Pencil Safety goggles and protective gloves Materials: PTFE tape (plumber's tape) Silicone sealant – sanitary grade, mould-resistant Masking tape Bathroom wastes and overflow kit (if not supplied) Bathroom taps (if not supplied) Wooden battens (to protect the floor and support the bath during leg fitting) Step 1: Remove the old bath Turn off the water supply and open the taps to drain the pipes fully. Place towels or rags around the base of the existing bath to catch residual water when pipes are disconnected. Remove the bath panels if fitted, as most clip or unscrew from the bath frame. Disconnect the tap supply pipes by loosening the flexible connectors at the tap tails. Have a bucket ready to catch any water remaining in the pipes. Disconnect the waste and overflow pipes by unscrewing the trap and pulling the waste pipe free. Using a putty knife or utility knife, cut through the sealant between the bath and the wall along the full length of the bath. Undo any wall brackets or fixings securing the bath in place. With at least one other person assisting, lift the bath clear of its position. Some baths – particularly steel or cast-iron baths – are extremely heavy and should not be moved without adequate assistance and appropriate manual handling techniques. Once the bath is removed, clear the area completely. Check the subfloor and walls for damp, mould, or damage. Allow everything to dry thoroughly before proceeding. Related: How to Plan a Bathroom Renovation Step 2: Assemble the bath feet and legs Place the new bath face down on a protected surface – lay cardboard or a blanket on the floor to prevent surface damage. Fit the brackets to the underside of the bath using the fixings provided. Attach the legs to the bracket positions. Most standard acrylic and steel baths use adjustable screw feet that allow the height to be set independently at each corner and at any centre support points. Set all legs to roughly the same height before standing the bath upright. Standing on battens at this stage helps protect the floor and provides clearance to adjust leg height once the bath is in position. Step 3: Fit the bath taps and waste before positioning It is significantly easier to fit the taps and waste to the bath before it is in its final position against the wall. Working on the bath while it is accessible from all sides saves considerable time and effort compared to attempting the same work in a confined space. Fitting the taps: insert the tap tails through the pre-drilled tap holes in the bath. Place the gasket or rubber seal between the tap body and the bath surface. From underneath, apply a back nut or retaining bracket as supplied and tighten with an adjustable wrench or basin wrench. Wrap PTFE tape around the tap tail threads before connecting the flexible supply hoses. Do not overtighten. Browse our bath taps if you need to choose new taps to fit at this stage. If the bath does not have pre-drilled tap holes and you are fitting deck-mounted taps, use a hole saw to drill the tap holes at this stage. Fitting the waste and overflow: apply a thin bead of silicone sealant to the underside of the waste flange before inserting it into the waste outlet. Tighten the waste from beneath using the supplied nut and washer. Attach the overflow pipe to the overflow outlet. Most bath waste kits include a flexible overflow pipe that connects the overflow to the waste trap. Check all connections are hand-tight before the bath is positioned, and fully tighten after final positioning. Browse our bathroom wastes and traps for waste kit options. Related: What Accessories Do I Need to Buy Along With a Bath? Step 4: Position and level the bath With the taps and waste fitted, carry the bath into its final position. Lay wooden battens on the floor at 90 degrees to the floor joists if you are installing on floorboards – this distributes the bath's weight more evenly and protects the floor surface. Place the bath against the wall and use a spirit level to check that it is perfectly level along the length and across the width. Adjust the height of each leg independently until the bath is level. An uneven bath will drain unevenly, and water will pool at the low end rather than running to the waste. Once level, mark a pencil line on the wall at the top edge of the bath. Note the distance from this line to the floor – this must match the height of the bath panel. Also, mark all wall bracket fixing positions on the wall before moving the bath away to drill. Move the bath back from the wall, drill the wall-fixing positions, and insert the appropriate wall plugs for the wall type. Attach the wall fixing brackets to the side of the bath. Move the bath back into its final position and secure the wall brackets to the wall with the supplied screws. Check the level again. Secure the legs to the floor through the holes in the feet if the floor type allows – appropriate for solid floors and most timber floors with adequate joist support below. Step 5: Connect the plumbing Connect the flexible supply hoses from the tap tails to the hot and cold water supply pipes. Hot supply to the left inlet, cold to the right. Wrap PTFE tape around all threaded connections before tightening. Hand-tighten first, then use an adjustable wrench for a final quarter turn. Do not overtighten – this is the most common cause of cracked tap tails and damaged connections. Connect the waste trap to the waste outlet beneath the bath. Ensure all internal washers within the trap are correctly seated. Connect the waste pipe from the trap to the existing drain. The waste pipe must run to the drain with a continuous downward fall – typically a minimum fall of 1 in 40 (25mm drop per metre of run). A flat or reverse-fall waste pipe will not drain properly. Turn the isolation valves back on or reopen the main stopcock. Check every connection carefully for drips. Wipe the connections dry with a cloth, then check again after five minutes. Step 6: Seal the bath This step is critical and the most commonly rushed. Incorrect sealant application is the primary cause of water getting behind the bath and into the wall structure. Fill the bath with water before applying any sealant. This is not optional. A bath filled with water flexes slightly under its own weight and pushes slightly away from the wall at the joint. If sealant is applied to an empty bath and then filled, the movement can stretch and crack the sealant. Seal with the bath weighted and the sealant cures in the correct flexed position. Apply a strip of masking tape along the wall above the sealing area and a second strip along the bath surface below it, leaving a gap of 5–6mm between the two strips. This is where the sealant bead will sit. Load a cartridge of sanitary silicone sealant into the gun. Apply a continuous, even bead along the entire length of the joint in a single smooth pass. Do not stop and start. Immediately smooth the bead with a dampened smoothing tool or finger dipped in soapy water, pressing it into the joint with a slight concave profile that slopes water back into the bath. Remove the masking tape immediately while the sealant is still wet, pulling it back on itself at a 45-degree angle. Do not touch the sealant for at least 24 hours. Leave the bath full of water throughout the curing period. Read more: How to Seal a Bath How to fit a bath panel Bath panels are fitted after the bath is plumbed, sealed, and all connections are confirmed watertight. Most panels are fixed using clips or a batten system rather than being glued in place, allowing access to the plumbing beneath if needed. How to fit a front bath panel Measure the height from the floor to the underside of the bath rim and trim the panel height if necessary. Most bath panels have a small amount of adjustable height at the base. Position the panel flush against the front of the bath. The top edge of the panel should sit tight against the underside of the bath rim. Fix the panel using the clips, brackets, or batten provided by the manufacturer. Most front panels are fixed to a horizontal batten screwed to the floor, with the panel clipped into a channel under the bath rim at the top. Check the panel is flush and level. Apply a bead of silicone along the floor at the base of the panel where it meets the floor surface – not between the panel and the bath, as this must remain accessible. How to fit a side bath panel Follow the same process as the front panel, measuring and trimming to fit the end of the bath. Where a front and side panel meet at a corner, most systems use a corner infill strip or channel. Some manufacturers supply corner pieces – check the instructions before cutting. How to fit a bath panel without the manufacturer's brackets If the bath did not come with fixing hardware, fit a 50x25mm timber batten to the floor directly under the bath's front edge, secured with screws. A second batten under the side panel, if applicable. The panel clips into the channel under the bath rim at the top and rests against the floor batten at the bottom. For further inspiration on panel options and styles, see our bath panel ideas guide. Special considerations for different bath types Fitting a freestanding bath Freestanding baths do not have panels and do not fix to walls or floors in the same way as an inset bath. The installation is simpler in some respects – no wall brackets, no panels – but the plumbing arrangement is different. Floor-mounted tap and waste connections are the norm, and the supply pipes run below the floor to emerge at the correct positions. The floor must be completely flat and structurally sound. A freestanding bath is heavy and sits entirely on the floor with no wall support. Confirm the floor can support the weight before proceeding, and check there is no flex underfoot in the intended position. Fitting a shower bath A shower bath is installed in the same way as a standard inset bath, with the additional consideration of the shower valve and supply. The shower valve supply connection should be made at the first fix stage if the wall is being tiled, so the concealed section of the valve is in place before tiles are applied. See our shower valves range for suitable options. A bath shower screen is fitted after the tiling is complete. Follow the screen manufacturer's instructions for wall-fixing positions, and confirm that the wall is structurally sound at those points before drilling. Related: Shower Bath Ideas Fitting a whirlpool bath A whirlpool bath requires both plumbing and electrical connections. A Part P certified electrician must carry out all electrical work in a bathroom – this is a legal requirement, not a preference. The jet direction and motor positioning require specific technical knowledge. This is not a DIY installation – always use a qualified professional team. Fitting a steel bath Steel and cast iron baths are significantly heavier than acrylic equivalents. A full-size cast iron bath can weigh over 100kg before water is added. Always ensure adequate assistance with lifting and positioning, and confirm the floor's structural capacity before installation. When to call a professional For most competent DIYers, fitting a standard acrylic inset bath with existing plumbing in the same position is achievable. Call a professional for: Moving the waste pipe position. Rerouting the soil stack or drain requires compliance with Building Regulations, and incorrect installation can cause persistent blockages or concealed leaks within the floor or wall structure. New plumbing from scratch. First-time bath installations in a room not previously used as a bathroom require a full plumbing installation from the mains supply and drainage system. Any whirlpool or spa bath installation. Electrical connections in wet zones require a Part P-certified electrician regardless of how simple the installation appears. Any signs of structural damage. Rotten joists, damaged subfloor, or signs of previous water damage must be properly assessed and repaired before a bath is fitted above them. Complex drainage rerouting. Even experienced DIYers can struggle with the precise fall requirements for bathroom waste pipes – an incorrectly graded run costs more to fix after tiling than a plumber costs before it. Installing a bath FAQs Can you fit a bath yourself?  For a straightforward like-for-like replacement of a standard acrylic bath with the plumbing in the same position, yes – it is a manageable DIY project for a competent and patient person. The mechanical assembly of the legs, positioning, and fitting the waste and taps are all DIY-appropriate. The plumbing connections themselves require care and attention to get right, and any doubt about the waste alignment, supply pipework, or the structural condition of the floor is best resolved by calling in a plumber. What holds a bathtub in place?  A standard inset bath is held in place by a combination of wall brackets and the bath's weight. The legs sit on the floor but are not always screwed down. Wall brackets are fixed to the side of the bath and screwed to the wall studs or wall plugs in masonry. The bath panel at the front and sides is fitted separately and does not provide structural support. How much do plumbers charge to install a bath?  In the UK, a plumber typically charges between £200 and £500 for a standard bath installation, depending on complexity, location, and whether any pipework needs to be adjusted. A full bathroom renovation involving repositioning the bath and rerouting plumbing will cost significantly more. Labour rates vary widely – always get at least two or three written quotes before committing. Read more: How Much Does A New Bathroom Cost What do you put under a bathtub when installing it?  Adjustable feet are the primary support for a standard inset bath. Wooden battens laid on the floor – particularly when installing on floorboards – help distribute the weight across the joists and protect the floor surface during positioning. In some installations, closed-cell expanding foam is used to fill the void beneath a freestanding bath to provide additional support and reduce resonance. What are common bathtub installation mistakes?  Not filling the bath before applying sealant is the most common – the resulting cracked sealant allows water into the wall. Not checking the level before fixing it in place leads to drainage problems. Overtightening flexible tap connectors or waste nuts causes cracking and leaks. Fitting the bath panel before confirming all plumbing connections are watertight means removing the panel again when a drip is discovered. And not checking the waste pipe fall – a flat waste run that traps water, causing regular blockages. Do you tile before or after fitting a bath?  Both approaches work, but fitting the bath first is generally recommended. With the bath in place, tiles can be run down to the bath rim and cut to the correct profile, giving a cleaner junction at the top edge. If tiling first, the bath must sit on top of the tiles, which raises it slightly and can affect panel height calculations. If tiling before fitting, ensure the tile height is accounted for in the bath leg adjustment. Need any help fitting a bath?  A bath installation done carefully and in the right order is a project that delivers a genuinely satisfying result. The steps that matter most are also the ones most often rushed: checking the subfloor before fitting, levelling accurately before fixing, fitting the waste and taps while the bath is accessible, and sealing with the bath filled. Get that right, and the rest follows. If you are still deciding on the right bath, browse our full range. For help choosing the right size, see our standard bath size guide. If you want to see our products in person or need any advice on fitting a bath, book a consultation with our expert team, visit our Birmingham showroom, or call us on 0121 753 0700.
Read Time 14 mins
How to Unblock a Toilet
how to

How to Unblock a Toilet

A blocked toilet is one of those problems that demands immediate attention. The good news is that most blockages can be sorted at home in under an hour, with no plumber required. This guide covers the best ways to unblock a toilet, from the quickest fixes to what to do when nothing seems to be working. Before you start: assess the situation Check the water level first. If the bowl is full, do not flush again. A second flush on a blocked toilet will cause it to overflow. Turn off the water supply valve (usually found behind or beneath the cistern) to prevent this. Move anything stored on the floor nearby, put on rubber gloves, and lay down old towels around the base of the toilet to protect the floor. Equipment you will need Depending on which method you try, you may need some or all of the following: A heavy-duty toilet plunger (bell-shaped, not a flat sink plunger) Washing-up liquid or dish soap Bicarbonate of soda and white vinegar A toilet auger (also called a drain snake) Cling film Rubber gloves Old towels or newspaper for the floor A bucket Ways to unblock a toilet Most blockages respond to one of the methods below. Start with one, then work your way through the list if that doesn’t work. The right approach depends on how severe the blockage is and what you have available. 1. How to unblock a toilet with a plunger A good toilet plunger is the easiest way to unblock a toilet and should be your first call. You need a bell-shaped (flange) plunger, not the flat variety designed for sinks. Place the plunger over the drain hole so it forms a full seal. Push down slowly to remove air, then pull back sharply. This creates suction that can dislodge the blockage. Repeat with firm, steady strokes for 15 to 20 seconds. Use controlled force. Aggressive plunging can crack the porcelain or damage the pan. Flush to check. If the water drains normally, the blockage has cleared. If the bowl still won't drain, repeat the process two or three more times before moving on to another method. 2. How to unblock a toilet with dish soap This is a useful method when you don't have a plunger to hand. It works by lubricating the blockage so it slips through the pipe. Squirt a generous amount of washing-up liquid (roughly half a mug) into the toilet bowl. Leave it for 20 to 30 minutes to work into the blockage. Pour half a bucket of hot water (not boiling) into the bowl from around waist height. The force of the water helps push the loosened debris through. Leave for 10 to 15 minutes, then flush. If the water level drops after flushing, the blockage has shifted. Repeat if needed. 3. How to unblock a toilet with baking soda and vinegar This is a reliable way to unblock a badly blocked toilet without chemicals. The reaction between bicarbonate of soda and vinegar creates a fizzing action that can break down the organic matter causing the clog. Pour one cup of bicarbonate of soda directly into the toilet bowl. Wait two minutes, then slowly pour two cups of white vinegar. You will see it fizz immediately. Leave the mixture to work for at least 10 minutes, ideally 30. Flush and check whether the water drains freely. For stubborn blockages, double the quantities and leave overnight. 4. How to unblock a toilet with a toilet auger A toilet auger (or drain snake) is the most effective tool for clearing a badly blocked toilet that isn't responding to a plunger. It reaches further into the pipe and can physically break up or retrieve the obstruction. Wear rubber gloves and feed the curved end of the auger into the toilet bowl. Rotate the handle clockwise to push the cable further down into the drain. When you feel resistance, you've reached the blockage. Continue rotating to break the clog apart, or turn anticlockwise to pull debris back out. Remove any retrieved material and dispose of it in the bin. Flush several times to clear any remaining debris. 5. How to unblock a toilet with cling film Using cling film to unblock a toilet is an unconventional method, but it works on toilets full of water where pressure can be used to force the blockage through. It's most effective on high-pressure water systems. Dry the toilet rim and bowl edge with an old towel so the cling film sticks properly. Stretch three layers of cling film tightly over the entire toilet opening, pressing it firmly to the rim to create an airtight seal. Flush the toilet. The rush of water will cause the cling film to balloon upwards. Press down firmly on the ballooned cling film. This creates a reverse pressure that pushes the blockage forward. Remove the cling film carefully and flush to check. When to call a professional If the toilet is still blocked after trying all of the above, or if multiple drains in the house are slow or blocked at the same time, call a plumber. Gurgling sounds from other drains, bad smells, or water coming up in unexpected places are signs of a deeper blockage in the main sewer line that needs professional intervention. How much does it cost to unblock a toilet? Plumbers in the UK typically charge between £60 and £200 to unblock a toilet, depending on the severity and time required. Most minor blockages are cleared within the hour. Emergency call-outs will cost more. What not to do when unblocking a toilet A few common mistakes make the problem worse, not better. Don't keep flushing: If the toilet is blocked, repeated flushing fills the bowl and causes overflow. Don't use chemical drain cleaners: Bleach and commercial drain unblockers won't break down a physical obstruction. They can also corrode pipes, crack porcelain and release harmful fumes. Don't use a flat sink plunger: It won't create a proper seal over a toilet drain and won't generate enough suction. Don't pour boiling water in: Hot water is fine, but boiling water can crack a porcelain toilet pan. Don't use excessive force with an auger: Pushing too hard can scratch or chip the porcelain inside the bowl. What causes a toilet to become blocked, and how to prevent it Most toilet blockages are preventable. As a rule, make sure to flush only the three Ps: pee, poo, and paper. Other common causes of blockages include: Wet wipes and "flushable" wipes: These do not break down like toilet paper and are one of the most common causes of blockages in UK homes. Sanitary products: Tampons, nappies and pads absorb moisture and expand significantly in the pipe. They should be put in the bin. Too much toilet paper in one flush: This is particularly an issue with low-quality paper that doesn't break down quickly. Children flushing objects: Such as toys, cotton buds, and other small items that should never go near a toilet bowl. Low-flush toilets: Some older models lack the pressure to fully clear the bowl in one flush. Upgrading to a modern rimless toilet or a wall-hung toilet with an efficient cistern can make a significant difference. Limescale and mineral build-up: Over time, scale narrows the pipe bore and makes blockages more likely. Regularly cleaning your toilet and checking the cistern for leaks helps maintain good water pressure, which reduces the chance of blockages. Even a slow leak from the cistern can drop pressure enough to stop the bowl flushing cleanly. If your toilet is giving you consistent trouble, it may be time for a replacement. Browse our full range of toilets or read our guide on tips for finding the best toilet for your bathroom to find the right fit.
Read Time 6 mins
How to Care for Bathroom Furniture
how to

How to Care for Bathroom Furniture

Bathrooms are one of the hardest-working rooms in any home, and the furniture in them takes a daily hit from steam, water, toothpaste, and cleaning products. Good bathroom maintenance is less about grand overhauls and more about small, consistent habits. Get those right, and your bathroom furniture will look and perform as well in ten years as it does on day one. How to care for vanity units and bathroom cabinets Vanity units and bathroom cabinets, including mirrored cabinets and tallboys, are typically made from MDF with a painted, foil-wrapped, or lacquered finish and share a common vulnerability: moisture. Here is how to maintain your vanity units and bathroom cabinets to keep them functioning properly and looking good. Clean every day: Wipe surfaces with a soft, damp cloth and a mild, pH-neutral cleaner, then dry immediately. Avoid leaving standing water, as this is the most common cause of swelling and long-term damage.  Care for your specific finish: Use a dry microfibre cloth for high-gloss or lacquered units and polish occasionally. Check for water damage: Inspect under basins regularly for drips from waste pipes or overflow connections, as even slow leaks can go unnoticed and cause significant internal damage over time. Maintain fittings: Check hinges and soft-close mechanisms once or twice a year, tightening any loose screws. Replace worn dampers where needed to maintain smooth operation without replacing the entire unit. How to care for a basin Bathroom basins are most commonly made from vitreous china, though stone basins are becoming more popular. The material determines how you care for it, but a few habits apply across all types. Clean gently: Use a mild cleaner and a soft cloth. Abrasive cleaners scratch the glaze on vitreous china, making future stains harder to remove. For limescale around the waste, apply a targeted limescale remover on a cloth rather than pouring it directly into the basin. Seal stone and composite basins: These are more porous than vitreous china and need sealing periodically, typically once a year. Never use acidic cleaners on stone, as they can permanently etch the surface. Check the trap: Inspect the waste trap underneath for debris build-up once or twice a year. Slow drainage is almost always a blockage in the trap, and clearing it is straightforward with the right tools. How to care for a toilet Toilets are low-maintenance by design, but a few checks will keep yours working properly for longer. Here is what to stay on top of. Check seat fixings annually: Loose fixings cause the seat to shift sideways, putting stress on the pan. Tightening takes two minutes. If you do need a new toilet seat, our guide on how to replace a toilet seat covers the full process for swapping one out. Clean under the rim: If you have a traditional rimmed toilet, this is where limescale and bacteria accumulate most. Rimless toilets have no inner ledge, making them significantly easier to keep hygienic with less effort. Watch the cistern: If the toilet runs continuously or the flush weakens, check the fill valve and flush valve. Catching this early prevents limescale build-up from forcing a more complicated repair later. How to care for a shower Shower enclosures and trays take a daily soaking, which makes consistent upkeep more important here than anywhere else in the bathroom. Here is how to keep yours in good condition. Squeegee the glass after every shower: It takes about fifteen seconds and prevents hard water deposits from baking onto the surface. A water-repellent glass treatment applied every few months makes an even bigger difference.  Inspect door seals and magnetic strips: Seals harden and crack over time, letting water escape onto the floor. Most are inexpensive and straightforward to replace, and far cheaper than dealing with water-damaged flooring. Check tray sealant annually: Whether your tray is stone resin or acrylic, inspect the sealant at the join between the tray and enclosure each year. Cracks allow water behind the enclosure and into the wall or subfloor. Reseal promptly when you spot deterioration. Clear the waste regularly: Hair and soap residue build up quickly. Slow drainage puts extra stress on the trap and waste connection below, so clear blockages as soon as you notice them. For more guidance on giving your shower a deep clean, read our guide on cleaning and maintaining your shower enclosure, or check out our guide to cleaning a shower head. How to care for heated towel rails and radiators Heated towel rails and designer radiators are generally low-effort to maintain, but a couple of annual checks will keep them running efficiently and looking good. Bleed once a year: Trapped air reduces heating efficiency. If any section of the radiator is cold while the rest is warm, bleeding it will fix the problem. Clean the exterior carefully: Wipe down regularly with a soft, damp cloth. On chrome finishes, dry off afterwards to prevent water spotting. On anthracite or matt finishes, avoid abrasive cleaners entirely. A damp cloth is all that's needed. Check radiator valves: Inspect radiator valves for dripping or corrosion around the valve body. A failing valve caught early is a straightforward fix; left too long, it becomes a much more disruptive repair. How to care for a bath Bath panels are often the most overlooked part of the bathroom, but they're worth maintaining properly. Most are MDF with a painted finish or acrylic facing, both of which need protecting from water ingress. Wipe down regularly: Use a mild cleaner and dry off splashes promptly. Don't let water sit against the panel surface or pool at the base. Check the sealant annually: Inspect where the panel meets the floor and bath surround. A cracked or missing sealant lets water seep behind the panel and into the subfloor. Resealing is a straightforward job and should be done straight away when needed. For more help, read our guide on how to seal a bath. Keep access clear: Ensure bath panels are fitted with access hatches or can be removed easily for plumbing inspections. A panel siliconed shut with no access point will cause serious problems if a pipe needs attention later. For more information on keeping your bath hygienic, read our full guide to cleaning a bath. How to care for a bathroom mirror Bathroom mirrors are exposed to steam and humidity every day. Daily maintenance goes a long way in keeping the surface clear and the backing intact. Clean with a microfibre cloth: Apply glass cleaner to the cloth rather than spraying directly onto the mirror face. This protects the edges and any frame from moisture seeping behind the glass, which degrades the silvering over time. Protect framed mirrors from moisture: Wooden and MDF frames are particularly vulnerable near showers. Wipe them down after use and ensure the bathroom is properly ventilated to reduce ambient humidity. Check your ventilation: An extractor fan that's working effectively makes a notable difference to how well every surface in the bathroom holds up. See our range of bathroom extractor fans if yours isn't keeping pace with moisture levels. How to care for taps and brassware Bathroom taps come in a wide range of finishes, and the finish determines how you clean and maintain them. Getting this wrong is one of the most common causes of premature wear. Chrome: The hardest-wearing finish and the easiest to maintain. Wipe with a damp cloth after use to prevent limescale from building up. For existing limescale, use a proprietary remover, but rinse thoroughly and dry off afterwards, as acid-based products left on chrome will dull the finish. Matt black and brushed brass: Require more care. Avoid acidic or abrasive cleaners entirely. Many manufacturers advise against using any cleaning product on these finishes and instead recommend using warm water and a soft cloth. Brushed nickel and brushed gold: A mild, non-abrasive cleaner is generally safe, but always check the manufacturer's guidance for your specific product. Dry the finish after cleaning to prevent water marks. Regardless of finish, inspect tap cartridges and washers if you notice any dripping. Constant moisture around the base accelerates wear on surrounding surfaces. Caring for different bathroom furniture materials Most bathroom furniture is built from one of two core materials: MDF (medium-density fibreboard) or MFC (melamine-faced chipboard). They look similar from the outside but behave differently. Knowing which you have affects how you should care for it. MDF is made from wood fibres compressed with resin under heat and pressure. It’s dense and smooth, and takes paint and foil finishes well, which is why it's used in higher-quality furniture. However, unprotected MDF swells when wet and won't recover. The outer finish is what stands between the board and moisture, so avoid anything that chips or strips it, dry off standing water immediately, and check the underside of units around waste pipe connections regularly. MFC uses a chipboard core with a melamine sheet bonded to the surface and is typically found in more budget-conscious furniture. The melamine facing is hardwearing and moisture-resistant, but the chipboard core deteriorates quickly once water gets in. If the surface is chipped or cut around hinge fixings, water will penetrate fast. Check the fixings regularly and immediately reseal any exposed chipboard edges with an appropriate edge sealant. Day-to-day care for both is the same: use a soft cloth with a mild cleaner and dry off immediately. The difference is how quickly damage spreads once water gets past the surface. To keep finishes intact and address any deterioration early, both materials will serve you well long-term. Caring for different finishes The finish on bathroom furniture often determines how quickly it wears. Here's what you need to know about the most common ones. Gloss white finishes show marks easily but are very easy to wipe clean. Use only soft cloths and mild cleaners. Gloss will yellow over time if exposed to direct sunlight for long periods. Matt grey and matt navy finishes are fashionable and fairly forgiving, but they show water marks more obviously than gloss. Dry off splashes as they happen rather than leaving them to dry naturally. Wood-effect foil wraps look great, but the edges are the vulnerable point. Water that gets under a lifting edge will cause the foil to peel further. Keep edges dry, and if a small lift appears, a tiny amount of appropriate adhesive applied promptly will prevent it from spreading. Gold and brass finishes on furniture and brassware require the most careful handling. Many are PVD-coated (physical vapour deposition), which is durable but not invincible. Avoid any acidic or abrasive cleaners. Warm water and a soft cloth are enough for regular upkeep. Tips for maintaining a bathroom Good bathroom maintenance doesn't have to be time-consuming. It requires the right habits applied consistently. Here's what makes the biggest difference. Run your extractor fan during every shower or bath and for at least 15 minutes afterwards: Humidity is the underlying cause of most bathroom furniture damage. If condensation regularly forms on walls and furniture long after use, your ventilation isn't adequate. Open a window whenever possible: Combined with an extractor fan, this clears moisture from the room far faster and reduces the strain on furniture, mirrors, and sealant. Inspect every silicone seal annually: Including on the bath, shower tray, basin, and any wall-mounted furniture. Look for cracks, gaps, or discolouration and reseal anything that needs it. Check all visible waste pipes and trap connections: Such as under basins for drips or moisture, at least once a year. A slow drip caught early is a five-minute fix; one left unnoticed is a cabinet replacement. Inspect tap cartridges and flush mechanisms for wear: Dripping taps and running cisterns are both signs that components need attention. Test your extractor fan: Hold a piece of tissue to the grille. If it doesn't hold the tissue firmly, the fan needs servicing or replacing. Check all cabinet hinges and door fixings: Tighten anything that's worked loose before it puts stress on the frame. For a thorough annual clean, see our guide on how to deep clean your bathroom.  Sometimes bathroom maintenance means knowing when it’s better to replace rather than repair, as ongoing issues can lead to costly damage. However, well-maintained furniture lasts significantly longer, so consistent care is key. If you’re planning an update, explore our bathroom furniture range or visit our Birmingham showroom to see it in person.
Read Time 9 mins
How to Measure Your Bathroom
how to

How to Measure Your Bathroom

Getting your bathroom measurements right before you buy anything is the single most important step in a bathroom renovation. Order a bath that's 50mm too long, or a vanity unit that blocks the door swing, and the whole room will be compromised. This guide covers exactly how to measure every key fixture in your bathroom, what to account for beyond the obvious dimensions, and how to avoid the most common planning mistakes. Why is it important to measure your bathroom? Unlike a living room, where furniture can be shuffled around, every fixture in a bathroom connects to plumbing, bolts to walls, or sits above drainage. Getting your bathroom dimensions wrong doesn't just mean returning a product. It can mean rerouting pipes or replastering walls. Accurate measurements give you a realistic picture of what will fit and what won't, long before anything is ordered. They also help your plumber or installer quote accurately, preventing expensive surprises mid-project. Measuring your bathroom dimensions Start here, before you think about individual fixtures. Measure the full length and width of the room at floor level. Don't assume the room is a perfect rectangle. Many UK bathrooms have slight variations between walls, so measure both the length and width at two points near each end of the wall, and use the smaller figure to be safe. Record the ceiling height too. This matters for tall storage units, heated towel rails, and any wall-hung fixtures that need to clear door frames or light fittings. Sketch the room on paper as you go, noting every measurement. A rough plan, even a hand-drawn one, is far more useful than a list of numbers. Measuring your door and window placements Mark the position of every door and window on your sketch. For doors, measure the width of the door itself and note which direction it opens. A door that swings inward will eat into your usable floor space and can rule out certain fixture positions entirely. For windows, note the height of the sill from the floor. This affects where a bath or shower enclosure can sit, and whether a radiator or vanity unit will obstruct the opening. Also note any window reveals or recesses, as these can sometimes be used to house shelving or a recessed cabinet. How to measure for a toilet Standard close-coupled toilets typically measure between 680mm and 800mm in length (projection from the wall), 360mm to 400mm wide, and sit at a rim height of around 400mm. Wall-hung toilets project less from the wall (usually 500mm to 560mm) because the cistern is concealed inside the wall. When measuring for a toilet, you’ll also need to consider: Soil pipe position: This is your starting point. If you're keeping the existing soil pipe, your toilet outlet needs to align with it. Moving a soil pipe is possible, but it adds a significant cost. For a back-to-wall or wall-hung toilet, check whether the existing pipework runs through the floor or the wall before choosing a model. Projection from the wall: Measure from the finished wall to the edge of where the pan will sit. You need a minimum of 600mm clear floor space in front of the toilet (we’ll cover more on this in the clearance section). Centred waste position: The distance from the wall to the centre of your soil pipe outlet is called the rough-in measurement. Most UK toilets are designed for a 180mm to 230mm rough-in, but always check the exact specifications of the model you're considering. Width and side clearance: Allow at least 200mm either side of the toilet pan centre to the nearest wall or obstacle. Cistern height: For close-coupled toilets, check that the cistern doesn't block the windowsill or any shelving above. How to measure for a basin or vanity unit Basins range from compact 360mm cloakroom models to full 800mm or larger countertop basins. Vanity units are typically 400mm to 1200mm wide, 450mm to 500mm deep, and 820mm to 850mm tall, including the basin. When measuring for a basin, consider: Available wall width: Measure the clear wall space where the basin will sit, accounting for any door swings, radiators, or adjacent fixtures that encroach on that area. Depth from the wall: Most floor-standing and wall-hung vanity units project 450mm to 500mm from the wall. Confirm you have that depth clear before the nearest obstruction, such as a toilet, bath edge, or door frame. Existing plumbing positions: Note where your hot and cold supply pipes and the waste outlet currently sit. Surface-mounted pipework can be chased in, boxed, or rerouted, but it adds cost and work. Ideally, choose a basin or vanity unit that aligns with your existing waste position. Wall construction for wall-hung units: Wall-hung vanity units need solid fixing. A masonry wall or a stud wall with correctly positioned noggins will take the load. A standard plasterboard partition without internal support will not. If your wall is hollow, check the unit weight and consider a freestanding vanity unit instead. Tap holes: Check whether your basin has one tap hole, two, or three, and buy taps that match. Switching from a one-hole basin to a three-hole model after ordering is not a simple swap. Mirror or cabinet above: If you're planning a mirrored cabinet above the basin, measure the height from the basin rim to the ceiling. Most cabinets are 600mm to 700mm tall and sit 150mm to 200mm above the basin rim. Read our bathroom vanity units height guide for more information on the different measurements. How to measure for a bath The most common UK bath sizes run from 1500mm to 1700mm long and 700mm to 750mm wide. Small baths start from 1200mm x 700mm for tight spaces. Freestanding baths need additional clearance on all sides. When measuring a bath, take note of: Alcoves or open walls: Most baths sit in an alcove. Measure the alcove width and length precisely. A bath that's even 20mm too wide won't sit properly against the tiling. If you're fitting a bath in an open position, note that you'll need access to at least one side for the waste and overflow connections. Bath length and room length: Measure the full length of the wall the bath will run along, then subtract any doorways, radiators, or other fixtures that occupy that wall. This gives you your maximum bath length. Waste and overflow position: Standard UK baths have the waste at the tap end. Measure where your existing waste outlet sits in the floor or wall and choose a bath accordingly. Left-hand and right-hand overflow options exist for corner baths, so check the spec carefully. Floor strength and bath weight: A standard acrylic bath filled with water can weigh upwards of 250kg. Cast iron and steel baths are significantly heavier. If you're replacing a bath on an upper floor, check that the floor joists can take the load. Bath panel clearance: If you're fitting bath panels, allow for the panel thickness (usually 15mm to 20mm) in your overall measurements. Shower over bath: If you're planning to install a shower bath, check the ceiling height (minimum 2000mm is recommended above the showerhead position) and the wall space for a bath shower screen. Our standard bath size guide covers the different dimensions in more detail to help you choose the right design for your bathroom size. How to measure for a shower enclosure Shower enclosures are sold by their tray footprint. Common sizes are 800mm x 800mm, 900mm x 900mm (square), and 1200mm x 800mm or 1200mm x 900mm (rectangular). Walk-in showers can run from 1000mm up to fully custom widths. Here’s what you will need to measure when deciding which shower enclosure will best fit your space: Available floor space: Measure the width and depth of the area you're allocating to the shower. Don't forget to account for the wall thickness of any studwork partition if you're creating a dedicated shower area. Door swing direction: A hinged or pivot door needs clear space in front of it to open. Measure this carefully in relation to the toilet, basin, and the room door. If space is tight, a sliding door or bifold door avoids the problem. Wall squareness: This is the step most people miss. Use a spirit level and a set square to check whether your walls meet at 90 degrees. A quadrant enclosure relies on a true corner. If your walls are out by more than 5 to 10mm, you'll need adjustable profiles or a different enclosure type. Ceiling height: Standard enclosures are typically 1850mm to 2000mm tall. Measure your ceiling height and confirm the enclosure fits without modification. Sloped ceilings in loft conversions need particular attention here. Drainage position: The waste outlet position in your floor determines which shower tray orientations will work. Rectangle trays can sometimes be rotated 90 degrees to align with an existing waste, but check the waste position on the tray spec first. Shower valve position: The thermostatic shower valve sits on the wall inside the enclosure. Allow for the valve position when choosing the enclosure width, and confirm there's enough wall space for a shower head and riser rail at a comfortable height. For more information on types and sizing, read our ultimate guide to shower enclosures. How to measure for bathroom furniture Bathroom furniture includes storage cabinets, tallboys, shelving units, and fitted furniture runs. Getting this right is less about plumbing and more about spatial planning. Here are some key measurements to note when planning for bathroom furniture: Wall-to-wall width for fitted runs: Fitted bathroom furniture is designed to span a specific wall. Measure the wall width at both floor level and at the height the units will sit, as older properties can have walls that taper. Use the smaller measurement. Floor-to-ceiling height for tall units: Measure from the finished floor to the underside of any coving or ceiling obstruction, not just to the ceiling itself. Depth and door clearance: Most bathroom wall cabinets project 120mm to 150mm from the wall, and floor-standing units are typically 300mm to 450mm deep. In a narrow bathroom, a deep unit opposite the toilet or shower door can create an obstruction. Measure the gap between the unit face and the nearest opposite fixture. Pipe and socket positions: Mark any pipes, sockets, or light switches that fall on the wall where furniture will be positioned. These may need boxing in, relocating, or working around. Weight and wall type: Wall-hung cabinets need to be fixed to a solid material. For hollow stud walls, use a stud finder to locate the timber and fix directly into it, or use cavity fixings rated for the cabinet's weight. For more storage ideas, read our guide to small bathroom storage ideas. Measuring for walkways and clearance zones Individual fixture measurements only tell part of the story. Fixtures need to work together in the same space. The general guidance for a comfortable bathroom is a minimum of 600mm clear floor space in front of every fixture you actively use. In small bathrooms, some of these zones can overlap slightly, but 400mm is the realistic minimum before a space becomes genuinely difficult to use. Door swings need their own clear zone. A standard 762mm door swings a 762mm arc. If a door opens into the bathroom, that arc cannot be obstructed by a toilet, basin, or towel rail. Allow 700mm to 800mm between facing fixtures (for example, a vanity unit on one wall and a toilet or bath on the opposite wall). Less than this, and the room will feel and function like a corridor. Tips for measuring your bathroom Keep these in mind throughout the process: Stick to one unit of measurement: Work entirely in millimetres throughout. Mixing metres and centimetres is how mistakes happen. Measure twice: Always take each measurement at least twice and confirm that they match before recording them. Measure at floor level and mid-wall: Walls in older properties can bow or slope. Take width and depth measurements at floor level, mid-height, and near the ceiling to check for any inconsistencies. Note vertical measurements too: The height of existing pipe outlets, waste positions, and soil pipe entries all affect which products will work without rerouting. Sketch it out, then try different layouts: A simple floor plan on squared paper (or using a free online bathroom planner) lets you test multiple arrangements before committing. Moving a pencil mark costs nothing. Moving a soil pipe does. Account for tiles and finishes: If you're retiling, your finished wall will sit proud of the existing surface by at least 10 to 15mm. Build this into your measurements for recessed cabinets and fitted units. Don't forget door and drawer clearances: A vanity unit drawer that runs into the toilet is easy to spot on a plan, but easy to miss when you're just measuring the wall. Once your measurements are confirmed, the rest of the planning becomes much more straightforward. If you need help at any stage, our team is here to assist. Call us on 0121 753 0700 or visit our Birmingham showroom, where we can guide you through layouts and product choices.
Read Time 10 mins
How to Fix a Dripping Tap: Step-by-Step Guide
how to

How to Fix a Dripping Tap: Step-by-Step Guide

A dripping tap is one of the most fixable problems in the home, yet one of the most commonly ignored. A single dripping tap can waste up to 25 litres of water a day, which adds up to more than 9,000 litres a year, and a meaningful increase in your water bill if you are on a meter. In most cases, the repair takes under an hour, costs a few pounds in parts, and requires no specialist skills. This guide covers every type of tap and every type of drip, with step-by-step instructions for each. How much water does a dripping tap waste? Before deciding whether to fix it yourself or call a plumber, it helps to understand what the drip is actually costing. A slow drip, roughly one drop per second, wastes around 25 litres per day. A faster, more persistent drip can waste considerably more. Over a year, a single dripping tap on a metered supply can add between £20 and £100 to your water bill, depending on the severity of the leak and your water tariff. Beyond the cost, an unfixed drip rarely stays the same. A worn washer that causes a slow drip will deteriorate further, and what starts as a minor nuisance can become a more significant leak that causes staining, damage to the area below the sink, or a more expensive repair. What type of tap do you have? Identifying your tap type before starting is essential. Different tap types use different internal mechanisms and require different parts. Attempting to replace a rubber washer in a tap that uses a ceramic cartridge will not fix the drip. Compression valve taps (traditional taps)  These require a full turn or more to reach full flow. Inside, a rubber washer is compressed against a valve seat to stop the water flow. When the washer wears out or hardens, it stops sealing properly, allowing water to drip through. This is the most common cause of dripping in older taps. [IMAGE] Ceramic disc taps (modern taps)  These turn on with a quarter- or half-turn. Inside, two ceramic discs rotate against each other to control water flow. When the discs become cracked, chipped, or contaminated with limescale, the seal breaks down. These taps use a ceramic cartridge rather than a rubber washer. [IMAGE] Monobloc mixer taps  A single-lever or single-knob tap that controls both flow and temperature. These typically use a ceramic cartridge. A drip from the spout usually means the cartridge needs to be replaced. A drip or leak around the base of the spout is usually a worn O-ring. [IMAGE] Pillar taps  Separate hot and cold taps, each with its own valve. Traditional in design, typically with a compression valve mechanism. Repair follows the same process as compression valve taps above. [IMAGE] Related: Bathroom Taps Buying Guide Where is the drip coming from? The location of the drip tells you which part has failed. Where the drip is What it means What needs replacing From the spout when tap is off Worn washer or faulty cartridge Rubber washer or ceramic cartridge Around the base of the handle Worn O-ring on the valve Valve O-ring Around the base of the spout Worn O-ring on the spout Spout O-ring From beneath the tap body Loose tap or worn body seal Tighten or replace body seal Identifying the source before you start prevents taking the tap apart unnecessarily and makes it easier to buy the right replacement part. What you need to fix a dripping tap Tools: Adjustable spanner or adjustable wrench Flat-head screwdriver Cross-head (Phillips) screwdriver Small Allen key or hex key set Box spanner (for under-sink nut on spout O-ring repairs) Materials: Replacement rubber washers (assorted pack from a hardware store) Replacement ceramic cartridge (match to your tap make and model) Replacement O-rings (assorted pack) PTFE tape Plumber's grease (silicone grease) Before you buy, be sure to take the old part to the hardware store or photograph it with a ruler alongside it. Washer and cartridge sizes vary, and an incorrect replacement will not seal properly. What to do before fixing a leaky tap  Turn off the water supply. You cannot fix a dripping tap without first isolating the water supply to that tap. Never attempt to disassemble a tap with the water running. Locate the isolation valve. Under most bathroom basins and kitchen sinks, you will find a small inline isolation valve on the supply pipe. Turn it 90 degrees with a flat-head screwdriver, so the slot is perpendicular to the pipe. This isolates that tap without affecting the rest of the property's water supply.  If there is no isolation valve, turn off the main stopcock. This is usually under the kitchen sink, in a utility cupboard, or near the front door. Turn it clockwise until it stops. Open the tap fully and leave it open until the water stops. This drains the remaining water from the pipe above the isolation point and releases any residual pressure. Put the plug in the basin or sink. Small screws, washers, and O-rings disappear down drains with remarkable speed. Plug the drain before you remove any parts. Can you fix a dripping tap without turning the water off? No. This is not safe and should not be attempted. Removing a tap valve or cartridge with the water supply live will cause water to spray under pressure from the open valve body. Always isolate the supply first. If you cannot find an isolation valve under the sink or basin, turn off the main stopcock before starting. If the main stopcock itself is seized or does not fully close, that is a separate problem that needs attention from a qualified plumber before any tap work is done. How to fix a compression valve tap (rubber washer replacement) This is the most common repair and the most straightforward: Step 1: Remove the handle cap Look for a small decorative cap on top of the handle, usually marked H (hot) or C (cold) in red or blue. Prise it off gently with a flat-head screwdriver. Underneath you will find a screw, usually cross-head. [IMAGE] Step 2: Remove the handle  Unscrew the handle screw and lift the handle straight off the valve body. It should come off cleanly. If it is stiff, do not lever hard; instead, tap gently around the base to loosen it. [IMAGE] Step 3: Remove the metal shroud  Some taps have a decorative metal shroud (also called a cover or skirt) around the valve body beneath the handle. Unscrew this by hand or with a spanner and set it aside. [IMAGE] Step 4: Unscrew the valve  You will now see a hexagonal brass nut, the packing nut or valve retaining nut. Hold the spout to stop the tap body from turning, and use an adjustable spanner to unscrew the nut anticlockwise. Lift the valve body straight up and out. [IMAGE] Step 5: Replace the washer  At the bottom of the valve, you will see a rubber washer held in place by a small brass screw. Remove the screw, take off the old washer, and fit the new one of the same size. If the washer is cracked, hardened, or has a visible flat spot, this is your culprit. Replace the brass screw and do not overtighten. Over-tightening compresses the washer excessively and causes it to fail faster than the original, worn one. Firm is enough. [IMAGE] Step 6: Reassemble  Lower the valve back into the tap body, replace the packing nut and tighten firmly but not excessively. Refit the shroud, handle, and handle screw. Replace the decorative cap. [IMAGE] Step 7: Test  Turn the isolation valve back on (or reopen the stopcock), allow the pipe to refill, and test the tap. Close it fully and check for dripping. If the tap still drips, the valve seat may be damaged, if this is the case see the valve seat section below. How to fix a ceramic disc tap (cartridge replacement) Ceramic disc taps do not use rubber washers. The internal ceramic cartridge is the component that fails, and it is replaced as a complete unit rather than repaired. Step 1: Remove the handle  Most ceramic disc taps have a grub screw underneath or behind the hot/cold indicator. Use an Allen key to loosen it, then lift the handle off. On some designs, the indicator cap pops off with a flat-head screwdriver, revealing a cross-head screw beneath. [IMAGE] Step 2: Remove the cartridge retaining nut  Use an adjustable spanner to unscrew the retaining nut that holds the cartridge in the tap body. Turn anticlockwise. [IMAGE] Step 3: Remove the old cartridge Pull the cartridge straight out. Note its orientation as the cartridge is directional and must be refitted the same way. Photograph it before removing, if in doubt. [IMAGE] Step 4: Check and match the replacement  Take the old cartridge to a plumber or hardware store and match it by size, the number of positions, and the flow direction indicator on top. Fitting the wrong cartridge is the most common mistake in this repair. [IMAGE] Step 5: Fit the new cartridge  Apply a small amount of plumber's grease to the seals on the new cartridge. Insert it into the tap body in the same orientation as the original. Refit the retaining nut and tighten firmly. [IMAGE] Step 6: Reassemble and test  Refit the handle and indicator cap. Turn the water back on and test. A correctly fitted ceramic cartridge should stop the drip completely. How to replace a valve O-ring (leak around the handle) If water is leaking from around the base of the tap handle rather than from the spout, the O-ring on the valve stem is the likely cause. Follow steps 1–4 of the compression valve repair above to remove the valve. Look for the rubber O-ring, a small circular rubber ring seated in a groove on the valve stem. Carefully remove the old O-ring with a flat-head screwdriver. Do not score or scratch the valve body. Roll the new O-ring into position in the groove. Apply a small amount of plumber's grease to help it seat correctly. Reassemble and test. How to replace a spout O-ring (leak around the base of the spout) This applies mainly to monobloc mixer taps where water is leaking from around the base of the spout rather than from the tap outlet. Working from beneath the sink, use a box spanner to loosen the nut that secures the tap body to the basin. You do not need to remove the tap completely, just loosen enough to allow the spout to rotate. Twist the spout so it faces you. Find and remove the small grub screw on the underside using an Allen key. Lift the spout straight up off the tap body. At the base, you will see one or more rubber O-rings seated in grooves. Remove the old O-ring with a screwdriver. Roll the replacement into the groove and apply plumber's grease. Slide the spout back onto the tap body, aligning the marker on the spout with the groove in the body. Refit the grub screw and retighten the nut underneath the sink. Turn the water back on and test. What is a corroded valve seat and how do you fix it? If you have replaced the rubber washer and the tap is still dripping, the valve seat may be the problem. The valve seat is the fixed brass surface inside the tap body that the rubber washer presses against to form the seal. If the seat has become pitted or corroded, a new washer will not seal properly against it. A corroded valve seat can sometimes be reground smooth using a valve seat grinder, a tool available from plumbers' merchants. Insert it into the tap body and turn it to resurface the seat. If the corrosion is severe, the tap body may need to be replaced. At this point, the cost of a new tap versus the repair time and parts cost is worth considering. See our full range of basin taps and bath taps if replacement makes more sense. Related: How to Replace a Bathroom Tap When to call a plumber Most dripping taps are a straightforward DIY repair. Call a plumber if: The tap continues to drip after washer and cartridge replacement (valve seat damage likely) There is no isolation valve, and the stopcock does not fully close The tap body or pipework shows signs of corrosion, cracks, or damage The drip has become a continuous flow rather than a drip There is water damage beneath the sink that needs assessment You are not confident working with the plumbing in your property How much does a plumber charge to fix a dripping tap?  In the UK, a plumber typically charges between £80 and £150 for a tap repair, depending on the type of tap, call-out charge, and region. The parts themselves cost very little, usually under £10. Doing it yourself saves the labour cost entirely. Preventing taps from dripping in future Taps drip because internal components wear out. Some wear is inevitable, but a few habits slow the process: Do not overtighten. Turning a tap off with force compresses the washer unnecessarily hard every time. Turn it until the water stops, no further. Descale regularly. Limescale build-up inside tap bodies accelerates wear on ceramic cartridges and causes ceramic discs to stick and chip. In hard-water areas, descale taps every few months with a white vinegar solution to keep the internals cleaner for longer. Replace washers and O-rings proactively. If a tap is leaking, address it promptly. A small drip that is ignored can develop into a more significant leak and cause water damage beneath the basin or sink. Related: How to Clean a Bathroom Fixing a dripping tap FAQs Can I fix a dripping tap myself?  Yes, in most cases. Replacing a rubber washer or ceramic cartridge is a straightforward DIY repair that requires basic tools and parts costing a few pounds. The key steps are turning off the water supply, identifying the tap type, and replacing the correct component. If the repair does not fix the drip, or if there is corrosion or damage to the tap body, a plumber is the right call. What is the most common cause of a dripping tap?  A worn rubber washer is the most common cause in traditional compression valve taps. In modern ceramic disc and mixer taps, a failed ceramic cartridge is the more likely cause. Both are inexpensive to replace. Why is my tap still dripping when I turn it off?  If a tap drips when fully closed, the washer or cartridge is no longer forming a proper seal. In compression taps, the rubber washer has worn flat or hardened. In ceramic disc taps, the cartridge is damaged or contaminated. If replacing the washer or cartridge does not fix it, the valve seat may be corroded and unable to accept a seal regardless of washer condition. How do I stop my water tap from dripping?  Turn off the water supply, disassemble the handle, and replace the worn part: a rubber washer in traditional taps, a ceramic cartridge in modern mixer and lever taps, or an O-ring if the leak is around the handle or spout base rather than from the tap outlet.  Need any help with your leaky tap? A dripping tap is rarely a complex problem. Identify your tap type, locate the source of the drip, buy the correct replacement part, and follow the relevant steps above. The repair takes under an hour in most cases and costs a fraction of a plumber's call-out. If your taps are older and repairs are becoming more frequent, it may be worth considering a replacement. Browse our full range of taps, including modern and traditional basin and bath taps. Need any advice? Visit our Birmingham showroom in Tyseley, call us on 0121 753 0700 or book a consultation to talk to our expert team for expert help. 
Read Time 12 mins
How to Reseal a Bath
how to

How to Reseal a Bath

The sealant around a bath is one of the hardest-working parts of the room. It sits at the junction between the bath and the wall, flexing every time the bath is filled and emptied, and constantly exposed to water, soap, and steam. Over time it cracks, discolours, or develops mould that no amount of cleaning will shift. Resealing is a straightforward job that costs very little and makes a significant difference to both the appearance and the waterproofing of the room.  Why does bath sealant need replacing? Bath sealant fails for predictable reasons. Understanding them helps you apply the new sealant correctly and extend its lifespan: Movement. A full bath holds a significant volume of water. The weight causes the bath to flex slightly, which, over time, works on the sealant joint. Rigid sealant or incorrectly applied sealant cracks under this repeated movement. This is why the type of sealant matters and why filling the bath before applying is not optional. Mould. Bathrooms are humid environments, and the sealant joint is one of the most persistently damp spots in the room. Once mould takes hold beneath or within the sealant, it cannot be cleaned out; the sealant must be removed and replaced. Age and UV exposure. Silicone sealant yellows and becomes brittle with age. Even well-maintained sealant in a frequently used bathroom typically needs to be replaced every 2-5 years. Poor original application. Sealant applied to a damp surface, without first filling the bath, or in thin or uneven beads, will fail faster than correctly applied sealant. Related: How to Remove Bathroom Mould How often should you reseal a bath? Every 1-2 years for a heavily used family bathroom. Every 2-5 years for a less frequently used bath in good condition. The practical trigger is not the calendar but the condition of the sealant itself. Signs it is time to reseal your bath Visible cracks or gaps in the sealant bead Black or dark grey mould growth that does not clean off Sealant that has pulled away from the wall or the bath edge Yellowing or hardening of the silicone Water pooling in areas it should not reach If any of these are present, reseal promptly. Water that gets behind failed sealant travels into the wall structure and beneath the bath, causing damage to plasterboard, joists, and flooring that is expensive to repair. If the sealant on your bath has failed due to the bath itself ageing or being damaged, it may be time to consider a replacement. Browse our full range of baths, including freestanding baths and shower baths across all sizes. Related: Different Types of Baths What you need to reseal a bath Materials: Sanitary silicone sealant that is waterproof and mould resistant. Use a product specifically labelled for bathrooms. Do not use decorators' caulk or general-purpose silicone, which are not formulated for constant water exposure. Masking tape (low-tack) White spirit or isopropyl alcohol Washing-up liquid Tools: Sealant gun (caulking gun) Sealant removal tool or utility knife Flat-head screwdriver or plastic scraper Silicone smoothing tool (or a teaspoon will do) Cleaning cloths and kitchen roll Protective gloves On sealant choice: sanitary silicone is flexible, waterproof, and contains a fungicide to slow mould growth. It is the correct product for this job. It comes in white, clear, and grey to match different tile and bath combinations. White is the standard choice for most baths. If your tiles or bath surround are grey or dark, clear silicone is worth considering for a less visible finish. Related: What Accessories Do I Need to Buy Along With a Bath? How to seal a bath Once you’ve got all the materials, here’s a step-by-step guide to sealing a new bath or resealing your bathtub: Step 1: Remove all the old sealant This is the most time-consuming part of the job and the one most people rush. If any old sealant remains, the new sealant will not bond correctly and will fail faster. Do it properly. Score along the edges. Use a utility knife or sealant removal tool to score along both edges of the sealant bead on the bath surface and on the tile or wall surface. Hold the blade as flat as possible to avoid scratching the bath. Remove the bulk. Work the blade or a flat-head screwdriver underneath the sealant bead and peel or lift it away. Old sealant usually comes away in strips once you get underneath it. Remove the residue. Fine strands and thin layers of silicone will remain on both surfaces after the main bead is removed. Rub these away with your fingers or use a dedicated silicone remover product. White spirit on a cloth removes stubborn residue on the bath surface. Use a plastic scraper rather than a metal one on acrylic baths, metal will scratch. Do not leave any residue. Run your finger along both surfaces. If you can feel any silicone at all, it needs to come off before the next step. Step 2: Clean and dry the surfaces thoroughly New silicone will not bond to a dirty, greasy, or damp surface. This step directly determines how long the new sealant lasts. Wipe both surfaces down with a cloth dampened with white spirit or isopropyl alcohol. This removes soap scum, limescale, body oils, and any silicone remover residue. Wipe again with a clean dry cloth. Leave both surfaces to air dry for at least 30 minutes. Do not rush this step. The surfaces must be completely dry before you apply sealant. Run your finger along both edges one final time. They should feel clean and slightly tacky from the cleaning agent. No moisture, no residue. Related: How to Clean a Bath Step 3: Fill the bath with water This is the step most commonly skipped and the one that causes the most sealant failures. Do not skip it. Fill the bath with water to two-thirds to three-quarters full. The weight of the water causes the bath to flex downward slightly and pushes it gently away from the wall at the joint. If you apply sealant with an empty bath and then fill it, the movement can break or stretch the new sealant. Applying the sealant with a weighted bath means it cures in the correct position for the way the bath will be used. Leave the bath full throughout the entire process and only empty after the sealant has fully cured, following the next steps.   Step 4: Apply masking tape Masking tape is not strictly necessary, but it significantly improves the neatness of the finished joint. It takes a few minutes to apply, but it saves considerably more time on cleanup. Apply a strip of low-tack masking tape along the wall or tiles, parallel to the joint and approximately 3–5mm from the edge of the gap. Apply a second strip along the bath surface, again approximately 3–5mm from the edge of the gap. The gap between the two pieces of tape is where the sealant bead will sit. Work from the back corner (furthest from the door) forwards. Press the tape down firmly along its length so that the sealant cannot bleed under it. Step 5: Apply the sealant Load the sealant cartridge into the sealant gun. Cut the nozzle tip at a 45-degree angle. Start with a small opening, as you can always cut it larger, but a nozzle cut too wide produces a bead that is difficult to control. The opening should be slightly narrower than the gap you are filling. Starting in the back corner, apply a continuous, steady bead of sealant along the full length of the joint in one smooth movement. Keep the gun at a 45-degree angle to the joint and maintain steady, even pressure on the trigger throughout. Work from back to front so you are always moving toward you rather than leaning over fresh sealant. For a bath surrounded by three walls, start at the back wall and work in a C-motion around to the front. If the bead is uneven in places, do not attempt to add more sealant on top as you will create ridges that are harder to smooth. The smoothing step corrects minor unevenness. Step 6: Smooth the sealant You have a limited working time before silicone begins to skin, typically 10–15 minutes, depending on the product and temperature. Do not leave the smoothing until all the sealant is applied. Work in sections if the bath has multiple sides. Prepare the smoothing tool. Dip a silicone smoothing tool or a teaspoon into a small bowl of water with a drop of washing-up liquid. The soapy water prevents the tool from sticking to the silicone, allowing it to glide smoothly. Smooth in one pass. Draw the smoothing tool along the bead in a single continuous stroke from one end to the other, maintaining a consistent angle and pressure. The tool should press the silicone into the joint and leave a neat concave profile that slopes back toward the bath, encouraging water to run back into the bath rather than sitting on the joint. Wipe excess silicone from the tool as you go. Remove the masking tape immediately. While the sealant is still wet, peel the masking tape away at a 45-degree angle. Pull it back on itself, not upward. If you leave the tape until the sealant has begun to skin, it will tear the edge of the sealant bead when you remove it. Step 7: Allow to cure Leave the bath full of water and the sealant undisturbed for at least 24 hours. Some sanitary silicones require 48 hours for full cure, so check the product instructions. Do not touch the sealant, run water near it, or use the bath during the curing period. Moisture interferes with the curing process and can prevent the sealant from bonding fully. Once fully cured, empty the bath. Run your finger along the joint. It should feel firm and slightly flexible. Press gently; there should be no give or separation from either surface. How to deal with a large gap between the bath and wall If the gap between the bath edge and the wall is wider than around 5mm, standard sealant will not bridge it effectively and may sag or fall away. Option 1: Re-seat the bath. The cleanest solution is to move the bath slightly closer to the wall. This is a job for a plumber or bathroom fitter rather than a DIY repair, as the bath will need to be disconnected and repositioned. Option 2: Fill the gap first. Fill the larger gap with a backing rod (a foam rope available from builders' merchants), pressing it into the gap before applying sealant over the top. The backing rod provides the silicone with something to bridge against, reducing the depth of the joint. Option 3: Caulking strips. Self-adhesive flexible caulking strips can bridge larger gaps without a sealant gun. Cut to length, peel the backing, and press firmly into place. Less durable than silicone, but a practical solution for difficult gaps. How to reseal a shower tray The process for resealing a shower tray is identical to the bath, with one additional consideration: shower trays often flex more than baths when stood on, particularly acrylic or resin trays. Use a flexible sanitary silicone, specifically formulated for flexible joints. Standard silicone will crack when trays are moved repeatedly. Check the shower tray for movement before resealing. Press down on the tray with your foot. If it flexes noticeably, also check that the tray is correctly supported underneath. An unsupported tray in the centre will flex excessively and quickly break the new sealant, regardless of how carefully it is applied. Common resealing mistakes to avoid Not filling the bath first. The single most common cause of new sealant cracking is within weeks of application. Always fill the bath before applying. Applying sealant to a damp surface. Silicone will not bond to moisture. The surface must be completely dry before any sealant is applied, even if it looks dry to the eye. Leaving old sealant residue. Any silicone residue left on either surface prevents the new sealant from bonding. Remove every trace before starting. Using the wrong product. Decorators' caulk, general-purpose silicone, and frame sealants are not suitable for bath joints. Only use sanitary silicone specifically formulated for bathroom applications. Removing the masking tape after the sealant has skinned. Tape left until the sealant is partially cured, or the edge of the bead tears. Remove it while the silicone is still wet. Rushing the cure time. Using the bath before the sealant has fully cured breaks the bond before it has set. 24 hours is the minimum. 48 hours is better. Resealing or sealing a bath FAQs How long does bath sealant take to dry?  Most sanitary silicone sealants skin within 10–15 minutes and are touch-dry within a few hours. Full cure, the point at which the sealant reaches its full strength and waterproofing properties, takes 24 to 48 hours. Do not use the bath until fully cured. Can I apply new sealant over old sealant?  No. Applying new silicone over old silicone is one of the most common mistakes in bathroom maintenance. The new sealant bonds to the old rather than to the bath and wall surfaces, and will fail quickly. Remove all old sealant completely before resealing. What is the best sealant for a bath?  Sanitary silicone sealant, specifically formulated for bathrooms. It should be waterproof, mold-resistant, and flexible. Do not use decorators' caulk, acrylic sealant, or general-purpose silicone for bath joints, as these are not suitable for the constant water exposure and joint movement involved. Why does my bath sealant keep going mouldy? Mould in bathroom sealant is caused by persistent moisture in the joint. The contributing factors are inadequate ventilation, sealant applied to a damp surface, or a sealant that does not contain a fungicide. Improving bathroom ventilation (an upgraded extractor fan helps significantly), using a mould-resistant sanitary silicone, and wiping the joint dry after each bath or shower all help extend the mould-free lifespan of the sealant. Related: How to Clean a Bathroom Do I need to fill the bath before resealing? Yes. Fill the bath two-thirds to three-quarters full before applying sealant and keep it full until the sealant has fully cured. The weight of the water flexes the bath into the position it will be in when used. If you seal an empty bath, the movement when it is filled will crack or stretch the new sealant. Need any help on sealing a bath?  Resealing a bath is one of the most straightforward bathroom maintenance jobs you can do yourself. The materials cost very little, the process takes a couple of hours of active work plus 24 hours of curing time, and the result protects the room's structure from water damage that would be far more expensive to address. Done correctly, a well-applied bead of sanitary silicone will last 2-5 years before needing attention again. Need any advice? Visit our Birmingham showroom in Tyseley, call us on 0121 753 0700 or book a consultation to speak with our expert team. 
Read Time 11 mins
Showing 12 of 18