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uPVC door hinges are the mechanisms that connect a uPVC door to its frame, allowing it to open and close smoothly. There are several types of hinges, such as flag, butt, and T hinges, each designed for specific door functions and styles. These hinges can be adjusted to correct alignment, improve sealing, and ensure proper operation.


Equipment you’ll need to adjust uPVC door hinges

Having the correct equipment is essential for a successful uPVC door hinge adjustment. To ensure the process runs smoothly, you will need:

Common issues that require uPVC door hinge adjustments

Over time, uPVC doors can shift or become misaligned due to frequent use, harsh weather conditions, and general wear and tear. This can lead to functional problems, such as sticking doors, draughts, or difficulty locking. Understanding the factors to look out for can help prevent these issues from developing further.

uPVC doors that are dragging on the floor or rubbing against the top of the frame are likely in need of adjustment. This is a common issue, caused by the weight of the door slowly pulling it downward over time. Adjusting the hinges will improve the door's functionality, helping it to open and close smoothly again.

Compression affects how tightly the door seals against the frame, and making a hinge adjustment is likely to improve insulation and overall door performance. Issues like draughts, water ingress, and difficulty locking the door are all factors that could be to blame. By adjusting the compression setting on the hinge to bring the door seal closer to the frame, you can create a more secure closure while enhancing the door’s efficiency.

If a door appears uneven or doesn’t latch correctly, it may be due to hinge wear or the gradual shifting of the door over time. This may lead to the door becoming misaligned horizontally, which, if left uncorrected, can lead to further damage and an increased strain on the door hardware. Adjusting the hinges horizontally can help to reposition the door so it sits evenly within the frame and functions correctly.

Noticeably uneven spacing around the edge of the door is often a sign of poor alignment. This can affect both the door’s appearance and performance, potentially creating damage to the frame after prolonged use. Realigning the hinges will help to create even gaps, resulting in a cleaner fit and a better seal.

Once you’re aware of the common issues to look out for and have the necessary tools at hand, you can begin adjusting your uPVC door hinges. This task will be made even easier by following the tips and tricks outlined in our guide.

Before adjusting uPVC door hinges, it’s important to determine which type of hinge your door uses. The most common hinge types for uPVC doors are flag, butt, and T hinges, each with different adjustment points. Knowing which type you have ensures you make the correct changes in the right places.

Many uPVC door hinges are fitted with plastic covers, caps, or patch door fittings that provide a neat and finished appearance. However, these covers can be an obstacle when making a hinge adjustment. To reach the adjustment points, remove the covers using a flat-head screwdriver, taking care not to damage the surrounding material.

Once you have access to the hinges, the next step is to locate the vertical screw. It usually sits at the bottom of the hinge. Use an Allen key to turn the screw clockwise to raise the door and anticlockwise to lower it, adjusting gradually and testing the door after each turn.

Adjusting the horizontal position is an essential step to ensure your door operates smoothly and aligns properly. The horizontal adjustment screw is typically found on the side of the hinge. Ensure you move the door closer to or away from the hinge side to help centre the door in the frame.

Compression has an impact on how tightly a door seals when it's closed. Adjusting the door can help to improve insulation, reduce draughts, and ensure a tight fit against the frame. The compression screw is usually found behind the hinge cover or on the front face. Turn the screw to move the door sash slightly in or out to enhance the door seal.

After each hinge adjustment, it’s important to test the door’s movement, closure, and locking. Doing so ensures that the changes made are effective, allowing for further adjustments if needed. A tape measure and spirit level can be used to check the alignment. If the hinges seem stiff, WD-40 spray is an effective way to lubricate them.

If you’re happy with the door’s position after adjusting the hinges, you can reattach the hinge covers. After doing so, you have successfully adjusted your uPVC door hinges and can admire your properly aligned and smoothly operating door.

Discover uPVC door hinges at IronmongeryDirect

You are now aware of how to successfully adjust uPVC door hinges, as well as the common issues that require adjustment and how to avoid them. Adjust your hinges with ease with our wide range of uPVC door hinges from IronmongeryDirect.

How often should I adjust uPVC door hinges?

uPVC door hinges usually only need adjustment when you notice problems such as misalignment or sticking. Regular annual checks are important, as they help to catch issues early to ensure your door is functioning smoothly.

Yes, most hinge adjustments are straightforward and can be done by yourself. However, if your door is severely misaligned or damaged, we recommend hiring a professional to ensure the process runs smoothly.

What tools do I need to adjust uPVC door hinges?

The tools you need to adjust uPVC door hinges typically include a crosshead screwdriver, a flathead screwdriver, and an Allen key. Having the correct equipment ensures the adjustment is successful.

What if I adjust my uPVC door hinges and it doesn't work?

If you make a hinge adjustment and it doesn’t solve the problem you’re facing, the door frame may be warped or damaged. In such cases, we recommend enlisting a professional assessment. A repair might be necessary to fix the issue properly.

Why is my uPVC door still draughty after adjusting the hinges?

Persistent draughts may be caused by worn seals or weather-stripping, rather than hinge alignment, and inspecting and replacing the door seals can often resolve this issue. If you’re experiencing this, take a look at our guide on how to install door seals and weather stripping for support.

Knowing how to adjust uPVC door hinges is a convenient skill to have, ensuring smooth and secure door movement. To help you avoid common mistakes and complete the process with confidence, we will provide the tips and tricks you need to make a successful uPVC door hinge adjustment.

A door closer is a mechanical device that automatically closes a door after it’s been opened. Typically used on doors and fire doors in public buildings, door closers prevent doors from slamming shut and can also help to control the spread of fires and drafts. Installing a door closer can not only maintain security but can also ensure safety and improve accessibility.

Choosing the right door closer involves assessing the door's usage, location, how often it's used, and any specific building requirements. The right closer ensures your door shuts effectively and remains hard-wearing over time.

The location of the door plays a key role in the type of door closer that’s necessary. External doors need heavier closers that can withstand harsh weather conditions such as wind and rain. In particularly windy environments, door restrictors can also be installed to limit how far external doors open, adding an extra layer of protection. In contrast, internal doors are not likely to require the same level of resistance.

Taking the door and frame size into account is also important when choosing a door closer. Larger or heavier doors require stronger door closers with higher power ratings, and pairing them with floor springs can work to further conceal control of the door. If a door or frame is tall, wide, or made from a solid material, such as metal, the door closer will need to provide additional weight and force.

The specifications of a building will impact the door closers that are needed. Different buildings have specific requirements, especially in commercial or public spaces, such as fire safety standards. By following these guidelines, you are ensuring that safety and quality standards are in place.

Considering how often a door is used will influence which closer is most suitable. Doors used more frequently, such as those in high-traffic commercial buildings, can wear out basic models quickly, so a durable option rated for this use will be needed. In comparison, doors with less frequent use may need standard models that prioritise cost-efficiency and basic functionality. Door usage can generally be categorised as low (up to 10,000 cycles per year), medium (10,000–100,000), or high (100,000–500,000), which helps determine the right closer for the application.

Choosing the right door closer involves more than just finding one that fits; other key factors should be considered. This will ensure the closer you decide upon is the perfect match for your door, providing reliable performance and long-term durability.

Many door closers allow you to adjust the speed at which the door shuts, preventing accidents and reducing noise. Door dampers can also assist in controlling door speed, making it easier to open doors and minimising slamming, which is especially useful for those with mobility concerns. Some models also offer adjustable latching speed and backcheck settings for greater control.

Door closers come in a variety of power sizes, and determining which one is best suited to your specific door is essential for maximised performance. These sizes are usually rated from 1 to 6, and the correct option depends on the weight and width of the door. Higher numbers are suitable for heavier doors or those exposed to strong winds. For example, a power size 6 closer is effective for doors with a maximum weight of 120kg, whereas lower power sizes work best for lighter doors, such as those weighing up to 20kg.

Not all door closers are made the same, and many have varying materials, finishes, and colours, from stainless steel to silver. This allows you to choose a door closer that complements your door and interior style. White door closers, for example, work effectively in modern spaces, whereas stainless steel and bronze options complement traditional environments.

Ensuring fire safety compliance is an important factor when choosing a fire door. Fire-rated doors or doors that are part of a fire escape route must have a closer that is fire-tested and certified to meet safety regulations. The door closer must also be CE-marked and comply with standards such as EN 1154 to ensure it’s safe and legally compliant. If you’re unsure of the specific requirements, you can read our 2025 fire door safety regulations blog to familiarise yourself.

There are various types of door closers available, and the best option for you depends on the specific needs of the door, including the weight, the door location, and the amount of traffic. Below, we will explore the different types of closers.

An automatic door closer is a mechanical or electronic device, typically used in high-traffic environments, that automatically closes a door after it has been opened. They are powered by electrical systems used in areas where hands-free access is required, such as hospitals and offices, and they often feature sensors to detect movement. These closers improve security, convenience, and safety for all users.

Concealed door closers are a discreet and aesthetically pleasing door control option, hidden in the door and secured to the door frame. These closers are usually adjustable and reversible, used for fire and internal doors weighing around 30kg-50kg. They combine a sleek design with reliable functionality and are ideal for offices and residential spaces with low to medium traffic use.

Overhead door closers are a user-friendly, cost-effective, and easy to install way to prevent doors from slamming shut and control the spread of fires and drafts. They are fitted on the hinge and are available in a variety of sizes, making them ideal for a range of door weights and dimensions. Effective for low to moderately heavy doors (up to 69kg) and for low to medium traffic doors, they control closing and enhance security for users.

Hydraulic door closers use an oil-based hydraulic system to control the speed and force of a door when it closes, enhancing safety and accessibility. Best suited for heavier doors and fire doors, these closers work effectively when precise control is necessary and are typically used in high-traffic commercial spaces, such as offices and hotels.

A pneumatic door closer operates using air pressure to control the movement of the door, creating a softer closing mechanism, which is ideal for environments where noise reduction is a priority. These closers are used for light to medium-weight doors in residential spaces, effectively providing controlled closing action for low to medium traffic.

Spring door closers operate using a spring mechanism, pulling the door closed after it’s been opened. This closer type is a cost-effective and low-maintenance option, best suited for low-traffic and low-weight doors. Commonly used on interior doors or backrooms, they provide a simple and reliable way to ensure doors close automatically.

Surface-mounted door closers are the most common type of door closer, installed on the surface of the door or frame. These closers are an easy to install and cost-effective method for controlling the speed and force of door closing. Typically used on internal doors and residential properties with low to medium traffic, they require minimal maintenance and offer reliable performance.

An electromagnetic door closer combines mechanical and electric operation, allowing doors to open under normal conditions and close during a fire or emergency. These closers are usually connected to a building's fire alarm system, so if triggered, the door will shut automatically to contain any smoke or flames. Typically used for fire doors in commercial and public buildings, they provide a safe means of access control.

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This guide has explored the various door closer types available, explaining which options are best suited to your specific needs. By considering door location, size, frequency of use, and building regulations, we have provided you with the knowledge needed to make an informed decision. Find the perfect solution for your space with our wide range of door closers at IronmongeryDirect.


Adjusting door closers involves using screws or valves that control the closing speed, latching speed, and the backcheck. These adjustments can help ensure the door closes safely and efficiently without slamming shut. We recommend following the manufacturer’s specific instructions while adjusting door closers to ensure correct operation.

Door closers are typically required in commercial and public buildings, where their automatic operation maintains safety and ease of access for users. All fire doors must have automatic closers to comply with safety regulations, ensuring the doors close securely in emergencies.

Door closers can last between 7-15 years. This is dependent on their quality, frequency of use, and maintenance. Performing regular door closer checks can help extend their lifespan.

What’s the difference between push and pull door closers?

While push and pull door closers both work to automatically shut doors, they are different in their mechanisms and installation methods. Push-side closers are installed on the opposite side of the door’s swing, while pull-side closers are mounted on the same side the door opens toward. The closer you choose should depend on the configuration of your door and the space that’s available.

Do door closers work with all types of doors?

Door closers can work with the majority of door types. However, this will vary based on factors such as the door’s materials, weight, and usage. Some closers are designed specifically for heavy-duty doors, whereas others are better suited for light to medium-weight doors.

Yes, it is possible to fit a door closer yourself, especially if you have experience with installing door hardware. When doing so, it’s important to ensure proper alignment and correct hardware installation. If you are not confident in fitting door hardware, we recommend hiring a professional for peace of mind.

There are several door closer types available, all designed to effectively regulate different door swings and ensure smooth, controlled closing. Our guide will explore the different door closer types, helping you to determine the right option for your door.

A door hinge is a mechanical device that connects a door to its frame, allowing it to pivot open and close. It consists of two interconnecting pieces, with one attached to the door and the other to the door frame. Not all door hinges are the same – they come in various sizes and materials, each designed for different door types and environments.

When choosing the right type of door hinge, it’s important to remember that different hinges are designed for specific applications. Selecting the correct type will ensure the smooth operation of your door. Some offer additional features, such as fire resistance and extra strength for heavier doors.

Consider the weight of the door when deciding upon the right hinge type. Heavier doors require more robust hinges for proper function, whereas lighter doors can operate effectively with less heavy-duty hinges.

The location of the door can play an important role in selecting the right hinge. External doors will be exposed to weather conditions and require more corrosion-resistant hinges compared to internal doors. There is a wide range of hinges to choose from if your door is internal, and this decision should be made with your aesthetic preference and functional needs in mind.

How often a door is used can impact the type of hinge required. High-traffic doors in commercial and public spaces need a more durable hinge to withstand constant use. In comparison, low-traffic doors may only need a standard or lightweight option.

Fire-rated doors have different requirements in comparison to other door types. They will need specific hinges to ensure the door meets fire safety standards and can be used effectively in emergencies. It is a legal requirement to ensure compliance with any building codes. If you’re unsure about the actions you need to take to do so, you can read our 2025 fire door safety regulations to familiarise yourself.

Selecting the right door hinge involves more than just choosing a specific type, and there are many factors to consider. Hinge features, such as material, size, grading, and fire safety, should all be taken into account to ensure the hinge meets your specific needs.

Door hinges are made from a variety of materials, ranging in levels of strength and corrosion resistance. The key materials used include stainless steel, brass, steel, and aluminium. These are ideal for various environments, from exterior to interior settings.

There are a variety of hinge finishes available, including chrome, brass, black, and nickel, allowing you to match your door hardware. Some finishes also help protect the hinge from wear and rust.

The size of the hinge you’ll need will depend on the width of the door or gate. Doors that are heavier and wider will need more heavy-duty hinges for proper functionality and safety, whereas smaller doors can typically be supported by lighter, more compact hinges.

Fire-rated hinges are essential on fire doors to ensure compliance with safety standards such as BS EN 1935. All fire doors must have at least 3 fire door hinges, all of which must be CE marked.

Hinges have numerous markings and stamps on them to show they follow the market standards and product regulations in the UK. These include a grade, fire certification, a UKCA stamp and a CE stamp. The hinge grade indicates key properties, including the maximum weight the hinge can handle.

There are various types of door hinges to choose from, and the best option for your specific door depends on several factors. The door's weight, location, frequency of use, and amount of traffic all help determine which hinge will be the most suitable.

A butt hinge is the most common hinge type, used on both interior and exterior doors with moderate to high traffic levels. They consist of two rectangular leaves joined by a central pin, and are best suited for homes, offices, and commercial spaces. Their design, joining two surfaces edge-to-edge, allows the door to pivot smoothly.

Concealed hinges (also known as European hinges) are designed to be hidden when the door is closed for a sleek and aesthetically pleasing look. They are used on furniture and interior doors in low-traffic areas, where visual appeal is prioritised over heavy-duty performance.

Flush hinges are designed to sit level with the door and frame, providing a clean and subtle look. They are ideal for lightweight doors in residential and low-traffic environments due to their simple design and ease of installation.

Flag hinges consist of two parts, one on the door frame and the other on the door, creating a “flag” shape. These hinges are common on heavier doors and gates in residential and commercial areas, where a wide range of motion is required. They are also used for uPVC doors, where glass door patch fittings can be used along a flag hinge for a sleek and secure finish.

Rising hinges are designed to lift the door slightly as it opens, preventing it from scraping the floor. They are typically used on external doors, where the door may need to clear uneven surfaces. These hinges are often used in high-traffic areas, such as industrial buildings, providing smooth operation over obstacles.

A tee hinge is used on larger and heavier doors, featuring a “T” shape, with one long arm mounted on the door and the other on the frame. This hinge type provides additional strength and support for external doors, handling harsh weather conditions due to its robust construction.

Parliament hinges are designed to allow doors to open at a wider angle, often up to 180 degrees, providing extra door clearance. They are used on double or larger doors, such as entryways to commercial spaces, homes, or any doors that need to be fully open for easier access.

A continuous hinge (also known as a piano hinge) is used on heavy-duty doors in high-traffic areas, such as schools, hospitals, and commercial buildings. Continuous hinges are long and narrow, running the full length of the door, distributing weight evenly and providing support along the entire vertical edge.

Special purpose hinges are designed for specific applications, including folding doors, fire-rated doors, or doors in high-security areas. Addressing unique challenges, such as heavy loads, special door functions, and security needs, these hinges are durable and precision-engineered, making them a great choice when standard options don’t meet specific requirements.

Sprung hinges are equipped with an internal spring mechanism that automatically returns the door to a closed position after it has been opened. Ideal for environments where doors need to remain closed automatically, this hinge type is a reliable and efficient choice.

Fire door hinges are specially designed to be used on fire-rated doors, helping to maintain the door’s function during a fire. These hinges must meet specific standards, including being resistant to high temperatures.

A cabinet hinge is specifically designed for use on furniture doors, such as cabinets and wardrobes, allowing the door to open and close smoothly. Ideal for use in home kitchens, bathrooms, and offices, these hinges offer a sturdy and reliable addition to various door sizes and designs.

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This guide has discussed the various types of door hinges available, as well as what doors they’re commonly used for, and which option is best suited for you. Ensure your door operates smoothly with our wide range of door hinges and hinge accessories from IronmongeryDirect.

Standard interior doors require two hinges, but heavier or taller doors, such as external options, may need more for added support. It’s important to use the right number of hinges and ensure proper placement so the door remains stable and operates smoothly.

Hinges are measured by their height and width when fully open and laid flat. Taking accurate measurements of both dimensions helps to ensure the hinge fits the door and frame correctly.

The hinge you need depends on the type of door, its weight, and how it needs to open. Consider the material, function, and location of your door to choose the right hinge. Butt hinges, for example, can be used for internal doors, whereas parliament hinges are more suited to wider openings.

The most common hinge type are butt hinges, which are used for residential doors. This is due to their simple design, strength, ease of installation, and suitability for most interior and exterior doors.

Hinges are typically installed so the hinge knuckle (the rounded part) faces outward when the door is closed. They are mounted on the inside for inward-opening doors, and on the outside for outward-opening doors. Proper hinge placement and installation are essential for the smooth operation of your door.

There are various types of door hinges available, each designed with different benefits and uses. Deciding which one is the best fit depends on your door type, how it will be used, and the environment it’s in. Our guide will explain the different types of door hinges, their common uses, and answer any questions to help you make the right choice.

A shower tray seal is a waterproof barrier that prevents water from leaking underneath or around the edges of a shower tray. Fitting a shower tray seal involves applying sealant or tape between the tray and the surrounding walls or floor to create a watertight barrier. This is usually a specialised waterproof adhesive or silicone sealant, designed specifically to be used in bathrooms. 

Over time, the sealant around your shower tray can break down due to constant exposure to water, cleaning products, and general wear and tear. Knowing the signs of a failing seal helps you to act early, preventing leaks, mould build-up, structural issues, and long-term water damage. 

Water leaking outside of the shower is a sign that your shower tray needs resealing. Puddles, softer areas of the floor, or damp patches outside the shower tray suggest the sealant isn’t containing water properly. This can cause long-term damage to walls or flooring if left unaddressed.

Dark spots or mildew around the sealant in your shower can cause unpleasant odours and stains. This suggests that moisture is getting trapped, which is a common sign that the shower tray seal has failed. Resealing the shower tray can prevent mould from spreading and protect the area.

If the sealant looks damaged with cracks, is peeling, or has changed colour, it’s no longer creating a watertight seal. Therefore, the tray will need resealing to avoid water seeping through and damaging the surfaces underneath.

A persistent damp odour reduces hygiene and comfort in a bathroom. Hidden water leaks behind the shower tray are a likely cause, and so resealing can help stop moisture build-up and eliminate unpleasant smells. 

Equipment you’ll need to seal a shower tray

Before beginning to seal your shower tray, it’s important to ensure you have the correct equipment. This includes: 

Cleaning supplies, such as cloths and rubbing alcohol 

Sealant smoothing tool, such as caulk and fillers

Proper preparation is essential to create a watertight, long-lasting shower tray seal. Carrying out the following steps will ensure the new sealant adheres correctly, helping to prevent any leaks down the line.

Removing the old sealant is an essential step before sealing your new shower tray. Use a utility knife or scraper to gently slice away as much of the sealant as possible. Do this carefully, and wear gloves to protect your hands. Ensure you don’t scratch or damage the surface. 

Once the majority of the sealant has been removed from the surface, the next step is to clean the area. Use some white spirit on an old cloth and rub over the excess sealant until it comes off or dissolves. The area must be completely clean with no excess left behind.

Applying masking tape along the edges of the shower tray is essential for precision, creating a clean, straight line for your new sealant. This will make the process easier and result in a neater finish. 

Before resealing the shower tray, it’s important to check its condition. Look for any cracks, chips, or signs of movement. If the tray is damaged or unstable, it should be repaired or replaced before sealing. You can browse our range of high-performance shower kits and accessories to ensure a reliable and long-lasting finish. 

Common shower tray sealant mistakes & how to avoid them

While with the right guidance sealing a shower tray can be a simple task, there are tips you should be aware of before beginning. This will enable you to avoid common mistakes, ensuring the process runs smoothly.

Not all sealants are suitable for bathrooms, and so it’s important to use the correct ones for a successful application. Using a high-quality, silicone bathroom sealant that’s both waterproof and mould-resistant is essential, especially for wet areas.

Failing to clean the area thoroughly can result in soap scum or old residue being left behind. This will interfere with adhesion. Therefore, properly cleaning and removing the old sealant is essential for longer lasting results.

Sealing over a damp area prevents the sealant from bonding properly, leading to early failure. Removing the previous sealant is important, but you must ensure that the surface is completely dry before application for a watertight seal.

Applying too much or too little sealant 

Applying too much or too little sealant can both cause their own set of problems. Too much sealant can lead to a messy finish, while not enough may not seal gaps effectively. Using a sealant gun to create a steady, even bead and masking tape for a clean finish will enhance both performance and appearance. 

Once you’ve gathered all the necessary materials and tools, follow these steps to reseal your shower tray:

If you haven’t already, you need to use a sealant remover, scraper, and utility knife to remove the old sealant. Carefully cut away the existing sealant, ensuring you don’t damage the shower tray and surrounding tiles.

After removing the old sealant, the area should be cleaned thoroughly. Use a mild detergent to eliminate any soap scum, mould, or debris. The surface must be completely dry before applying new sealant to ensure proper adhesion.

Applying masking tape along the edges where the shower tray meets the wall helps to create clean and straight lines. Excess sealant is also prevented from spreading onto unwanted areas, resulting in a neat and professional finish.

Preparing the sealant involves cutting the nozzle of the sealant tube at a 45-degree angle to match the width of the gap you’re sealing. Loading the tube into a sealant gun will make this step even easier, creating a more even application. Taking the time to properly prepare the sealant helps ensure a neat finish and a long-lasting watertight seal.

You’re now ready to apply the new sealant to the shower tray. Start from one corner and spread the sealant in a continuous, steady motion along the joint between the shower tray and the wall. Ensure you maintain consistent pressure to create an even bead.

Smoothing the sealant helps to remove excess sealant and enhance the seal’s appearance. Use a sealant smoothing tool or a wet finger to gently smooth the bead of silicone sealant, ensuring it fills the gap. Caulk and fillers can be used to successfully create a flawless sealing step. 

You can now remove the masking tape while the sealant is still wet. This prevents the sealant from pulling away and maintains clean edges. Do this carefully and use a 45-degree angle to achieve the best results.

Letting the sealant cure is crucial to ensure it sets properly. Avoid using the shower until you’ve waited for the amount of time specified by the manufacturer (typically between 24 and 48 hours). Once the sealant is dried, you’ve successfully created a durable, watertight barrier. 

Discover bathroom sealants at IronmongeryDirect

This guide has taught you how to successfully seal a shower tray, as well as the signs to identify a failing seal and the common mistakes to avoid. All that’s left to do now is transform your bathroom and seal your shower tray with ease with our wide range of bathroom sealants from IronmongeryDirect.

Yes, resealing a shower is a task many DIYers can take on themselves, provided they have the right tools and confidence to do so. The process involves removing the old sealant, cleaning the area thoroughly, and applying a fresh bead of waterproof sealant. If you don’t feel confident enough to complete the task yourself, it’s recommended to hire a professional. 

How often should I reseal my shower tray?

Shower trays should be resealed every 1-2 years, depending on their usage and wear. Checking regularly for signs of mould, cracks, or peeling will give you a good indication of when your shower tray needs resealing.

What are the signs I need to reseal my shower?

Common signs that you need to reseal your shower include visible mould, discolouration, peeling or cracked sealant, and water leaking outside the shower area. If you notice any of these, the best course of action is to address these signs early to avoid long-term damage.

How can I remove the old rubber from my shower tray?

To remove old rubber or silicone sealant from a shower tray, use a sealant remover and a utility knife or scraper to cut away the old sealant. This should be done with caution to ensure you don’t damage the shower. Remove all residue and clean the area thoroughly before applying a new sealant. 

How long does it take for the shower tray sealant to dry?

The exact time it takes for a shower tray sealant to dry depends on the product, but it’s typically between 12 to 24 hours. The instructions on the sealant you’re using will tell you how long it needs to fully cure. For the best results, avoid using the shower during this time.

What type of sealant should I use on my shower tray?

You should use a high-quality waterproof silicone sealant specifically designed for bathrooms. This will ensure your shower tray is sealed effectively, offering long-term protection against water damage. Mould-resistant formulas are ideal for preventing black spots and maintaining a cleaner finish.

Resealing a shower tray can seem like a difficult task, but with the right approach, it becomes a straightforward way to create a watertight and hygienic bathroom setup. Our guide provides you with the tips and tricks you need to successfully prevent leaks and water damage in your bathroom.

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From the trade blog

How to Adjust uPVC Door Hinges

Door Closer Types: Which One is Best?

Types of Door Hinges: Buying Guide

How to Reseal a Shower Tray

The UK's biggest range. Chosen for you.

The UK's biggest range.Chosen for you.

Rated excellent by 94,650 customers

Wide range of well priced stock

Trouble free next day delivery.

All good

Stocking the best ironmongery brands

It pays to refer

How to Adjust uPVC Door Hinges

Door Closer Types: Which One is Best?

Types of Door Hinges: Buying Guide

How to Reseal a Shower Tray

The UK's biggest range.
Chosen for you.