Top tips to prepare your home for winter.

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As the days grow shorter and the temperatures start to fall, it’s time to prepare your home for the colder months ahead. For homeowners with modern, energy-efficient heating systems such as underfloor heating and air-source heat pumps, a little preparation can significantly improve comfort and reduce running costs.

General Winter Preparation

Before you focus on your heating system, a few simple checks around the house can ensure you’re not losing heat.

  • Insulation and draughts: Check your loft and wall insulation. Properly insulated homes retain heat more effectively, reducing the workload on your heating system. Seal any gaps around doors and windows to prevent cold air from entering.
  • Pipe lagging: Insulate exposed pipes, especially those leading to and from your heating system, to prevent heat loss and protect against freezing.
  • Professional servicing: Schedule an annual service for your heat pump and heating system. A professional can ensure everything runs at peak efficiency and catch minor issues before they become significant problems.

Optimising your underfloor heating

Unlike traditional radiators, underfloor heating warms the room from the ground up, providing a consistent, comfortable heat. The key to optimising it for winter is to run it at a steady, lower temperature rather than turning it off and on.

Set a consistent temperature: Underfloor heating systems work best when they maintain a constant, low temperature. Turning the system off and on requires a lot of energy to reheat the entire floor and substructure, which can take several hours. Instead, set a comfortable background temperature (e.g. 18°C) and increase it by a few degrees (e.g. to 21°C) during periods when the room is in use.

Don’t overcompensate: If a room feels slightly cool, resist the urge to increase the temperature dramatically. Underfloor heating has a slow response time, so a gradual increase is more effective and efficient than a large, sudden one.

Use Smart thermostats: A smart thermostat lets you programme your heating schedule around your routine, automatically lowering the temperature when you’re out or asleep and raising it just in time for your return, all without the system ever going cold.

Optimising your air source heat pump

Air source heat pumps are highly efficient at extracting warmth from the outside air, even in cold weather. To ensure they perform optimally during the winter, consider these tips:

Keep the outdoor unit clear: The outdoor unit needs unobstructed airflow to work efficiently. Regularly check and remove any debris, such as leaves, snow, or ice, that may have accumulated around it.

Set a consistent temperature: Similar to underfloor heating, air source heat pumps are most efficient when maintaining a steady indoor temperature. Avoid turning the system on and off, as this makes the pump work harder to recover lost heat. Instead, set a comfortable temperature and use a ‘setback’ temperature (a few degrees lower) for periods when you’re away or sleeping.

Check and clean filters: Clogged air filters restrict airflow and reduce efficiency. Check your filters regularly (every 1 to 3 months) and clean or replace them as needed. This simple maintenance task can significantly enhance performance.

By following these simple steps, you can ensure your underfloor heating and air source heat pump systems are ready to provide efficient, reliable warmth throughout the winter. If you need more expert guidance, contact our friendly team who will be happy to help with any queries.

Historic buildings, modern heating, expertly delivered.

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Installing underfloor heating in listed buildings is never straightforward; these are spaces full of character, complexity and more often than not, unpredictability. As specialists in underfloor heating installations, we’ve worked on a wide range of heritage properties, from centuries-old churches and castles to Grade II listed manor houses. While each project presents its unique challenges, the goal remains the same: to deliver modern comfort without compromising what makes the building special.

The first hurdle in these projects is often hidden beneath the surface. Listed buildings rarely have uniform, level floors. We regularly encounter a mix of old flagstones, timber joists, uneven screeds and even compacted earth. Traditional floor constructions like these weren’t built with modern systems in mind, and adapting them without compromising the original fabric of the building requires careful planning, precision, and the right materials.

Low-profile systems are usually our starting point. These allow us to install underfloor heating with minimal floor build-up, which is crucial in buildings where raising the floor height would impact doors, thresholds, or architectural details. However, it’s not just about the thickness of the system; it’s also about the compatibility of the materials. Many older buildings need to breathe, so we often avoid synthetic membranes or adhesives in favour of breathable solutions, such as limecrete and natural insulation boards, in certain instances. These maintain the integrity of the building and prevent the damp issues that can arise from trapped moisture.

One of the most transformative pairings we’ve seen in recent years is underfloor heating combined with air source heat pumps. Many clients, particularly those restoring listed homes, are seeking ways to reduce carbon emissions and future-proof their energy usage. The relationship between air source heat pumps and underfloor heating works well, especially because the underfloor heating systems operate at lower temperatures by adjusting pipe spacing, optimising zones, and carefully calculating outputs room by room. The result is consistent warmth across the home, even in larger, draughtier properties.

We’ve learned that success in listed buildings isn’t about pushing modern systems into old shells, it’s about adapting. Sometimes that means splitting areas into heating zones to work around fixed architectural features. Other times it means integrating secondary heating sources in areas where underfloor heating just isn’t practical. And often, it means collaborating closely with conservation teams, architects and builders to deliver an invisible upgrade that complements the building rather than fighting against it.

Despite the complexities, these projects are often the most rewarding. There’s something uniquely satisfying about bringing modern comfort to a building that’s stood for generations, quietly enhancing its usability without altering its appearance. When the installation is complete, the results speak for themselves: no visible systems, no cold spots, just intelligent, efficient heating working beneath the surface.

At UFHN we specialise in underfloor heating installations for heritage and listed properties. Our experience working with traditional materials, complex floor constructions, and low-temperature air source heat pumps allows us to deliver bespoke solutions that perform reliably and respectfully within historic settings. You can view our heritage case studies to learn more.

If you’re planning a restoration or retrofit and want to explore how underfloor heating can be integrated into your listed building, get in touch. We’re here to guide you through the technical decisions and ensure your heating system is as carefully considered as the building it serves.

Bridge Theatre
Belfield House
Canterbury Baptist Church
Old Alresford House
Durlston Castle
God’s House Tower
Thames Lido, Reading
Thames Lido
Bath Abbey

Sustainable heating solutions in 2025: Discover the power of air source heat pumps and underfloor heating.

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Air source heat pumps (ASHP) and underfloor heating continue to gain popularity as homeowners and developers look for more energy efficient, sustainable heating solutions. When used together, these technologies create a powerful, eco-friendly heating system that delivers both comfort and long-term savings.

Why combine Air source heat pumps with underfloor heating?

Underfloor heating operates at lower temperatures than traditional radiators, making it an ideal match for air source heat pumps. ASHP’s work is to extract heat from outside air, even in low temperatures, and transfer it indoors. This heat is then distributed evenly throughout the home via underfloor heating, providing consistent warmth without relying on fossil fuels.

This synergy offers several key benefits:

  • Even heat distribution – eliminate cold spots and enjoy uniform warmth throughout the living spaces.
  • Energy efficiency – lower operating temperatures result in reduced energy efficiency.
  • Sustainability – reduce your carbon footprint by using renewable energy sources.
  • long-term savings – cut down on energy bills thanks to highly efficient heat transfer.
What to consider before installation.

Before installing an air source heat pump and underfloor heating system, several important factors must be considered.

Floor type compatibility:

Underfloor heating is suitable for various flooring types, including tiles, stone, laminate, and even certain types of carpet. However, materials like solid wood or certain vinyls may pose challenges. UFHN consultants can help you choose the most compatible flooring and advise you on best practices. Always consult with your flooring supplier.

Property layout and space:

Underfloor heating requires adequate space beneath the floor for the installation of pipework or heating mats. In properties with limited floor depth or complex layouts, low-profile systems are available. Our experienced design team will ensure a tailored solution that fits your space without compromising performance.

Insulation and heat load:

To maximise system efficiency, proper insulation is essential. High quality insulation reduces heat loss and helps your air source heat pump and underfloor heating work to their full potential. Accurate heat load calculations are also critical; however, our experts will handle these for you.

Professional Installation: Why it matters.

Installing underfloor heating involves laying pipes or electric mats beneath the floor surface for full-area coverage. Air source heat pumps are typically installed externally, in a well-ventilated area, and connected to the underfloor heating system via smart controls and circulators.

While some may consider a DIY approach, professional installation ensures optimal performance, compliance with building regulations and system longevity. UFHN’s CSCS certified installers will ensure everything runs smoothly from design to commissioning.

Maintaining tips for long term efficiency.

Both systems are low maintenance but do require regular servicing to maintain performance:

  • Underfloor heating – periodic checks for leaks, flow issues and thermostatic accuracy.
  • Air source heat pumps require clean filters, regular refrigerant level checks, and proper airflow to function correctly.

Consider enrolling in UFHN’s service plan to keep your system running efficiently all year round. Find out more here.

Save energy, save money.

Energy efficiency is one of the most significant advantages of air source heat pumps and underfloor heating:

  • Underfloor heating operates at lower temperatures than radiators, resulting in lower energy consumption. Heating zones also enable selective room heating, reducing waste.
  • Air Source Heat pumps can produce up to four units of heat for every unit of electricity consumed— an impressive return that significantly reduces utility costs and environmental impact.

Why choose UFHN?

At UFHN, we specialise in designing and supplying complete underfloor heating systems and air source heat pumps. Our team provides expert consultation, custom designs and professional installation – delivering future-ready heating solutions for homes and commercial properties.

Contact us today on 01202 894976 or get in touch online to request a free quote and discover how you can upgrade your heating system with sustainable technology.

Underfloor Heating: How to pick the right system for your floor build up.

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There’s a lot to love about underfloor heating. It’s discreet, energy-efficient and leaves walls free of radiators. Choosing the right system isn’t just about efficiency or cost – it’s about compatibility with the floor structure, programme constraints and overall buildup.

Let’s start with the basics: Why floor type matters!

Underfloor heating isn’t just one system—it’s a category. Within it, different types of installations are better suited to various kinds of floor constructions. The way the floor is built – whether it’s a thick concrete screed, a timber suspended floor, or something in between – will determine things like how the pipes or cables are installed, how well the system performs and how much you’ll need to raise the floor (if at all).

1. Screed Systems – The classic choice for new builds.

Screed systems are probably your go-to option if you’re working on a new build or extension with a concrete floor. Screed systems involve laying the heating pipes for wet systems or electric cables on top of insulation and pouring a screed layer.

Why people love it: Screed acts as a thermal store, holding heat well and distributing evenly across the space.

Things to consider: You’ll need enough floor depth to accommodate the insulation, pipework and screed – typically 65mm or more. It also takes a while to dry, so plan accordingly if you work to a tight schedule. Coordinating with screed installers is key, especially with underfloor heating zones, manifold positions and expansion joints. At UFHN, we offer a comprehensive package with two high-performing screed options, which means you can benefit from a hassle-free installation using us as your key point of contact.

2. Floating Floor System – Great for timber or lightweight builds.

Do you have a timber floor or work in a space where weight is a concern? Floating floor systems might be your best option. These use pre-routed insulation panels that the pipework sits in, with the floor covering floating above.

Why it works: No screed means no wet trades, so it’s cleaner and faster to install – perfect for upper floors or retrofits.

Watch out for: Ensure a capping layer is installed underneath the final floor finish. We recommend applying a cementitious board above the chosen underfloor heating system. Our team of experts can give recommendations on a project-by-project basis.

3. Low profile systems – the retrofit hero.

Low-profile underfloor heating systems are a game changer when floor height is tight—think older properties, renovations, or rooms where you really don’t want to deal with shaving off doors or raising skirting boards. They usually involve super slim boards, or overlay systems (our systems are 15-18mm) that can be laid directly over existing floors.

Why do we love it? It causes minimal disruption and doesn’t require digging up floors. It’s one of the easiest ways to bring underfloor heating to an older home. Just remember that because there’s less thermal mass, they heat up quickly but can lose heat just as fast. Also worth considering in new builds with good insulation.

4. Suspended floor systems – perfect for upstairs and period homes.

If your project has timber joists and floorboards, suspended floor systems are what you’re after. These systems run pipework between the joists, often using aluminium heat emission plates to help distribute the heat.

The upside: It’s one of the few systems that works well in older buildings or upstairs rooms with traditional timber floors.

The catch: It takes a bit more effort to install, especially if you’re working around existing floorboards, which require more cutting and routing, but it’s well worth it if done right. Make sure you insulate between the joists to avoid heat loss downwards.

Final thoughts

There is no one-size-fits-all approach to underfloor heating, but that’s actually a good thing. With the right system matched to your floor type, you’ll get better comfort, better energy efficiency, and a smoother installation process.

Specifying the right underfloor heating system isn’t just about heat output or running costs—it’s about install, programme timing, floor build-up constraints, and compatibility with floor finishes and M&E systems. As an underfloor heating specialist, we can take the stress out of your underfloor heating project, from initial consultation and design to supply, installation, and commissioning. Please take a look at our range of floor constructions and get in touch to start your next underfloor heating project.

Choosing the best flooring for underfloor heating.

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Underfloor heating is a fantastic way to create a warm, energy-efficient home. But did you know that the type of flooring you choose can significantly impact its efficiency and performance? Selecting the right material ensures optimal heat transfer, longevity and comfort. This guide breaks down the best (and worst) flooring options for underfloor heating.

Tile & Stone – the ultimate choice. ✅

Tile and stone are the most effective flooring options for underfloor heating. They conduct heat exceptionally well, warming up quickly and retaining heat for long periods. Whether ceramic, porcelain, or natural stone, these materials ensure maximum efficiency and a cosy atmosphere. They are ideal for kitchens, bathrooms, and high-traffic areas!

Pro’s:

  • Excellent heat conductivity.
  • Retains heat, making it energy efficient.
  • Durable and low maintenance.

Considerations:

  • Can feel cold without heating in warmer months.
  • Professional installation is recommended for best results.
Engineered Wood – a stylish and stable option. 🌿

Unlike solid hardwood, engineered wood is specifically designed to withstand changes in temperature and humidity, making it a great partner for underfloor heating. It provides a warm, natural look while allowing efficient heat transfer.

Pro’s:

  • More stable than solid wood (resists warping and cracking).
  • Stylish and available in various finishes.
  • Retains warmth better than laminate.

Considerations:

  • Must be installed correctly to avoid heat loss.
  • Recommended surface temperature should not exceed 27°c.
  • Opt for thinner boards for better heat efficiency.
Luxury Vinyl Tile (LVT) – The versatile choice. 👍🏻

LVT is becoming an increasingly popular flooring option for underfloor heating. It’s thin and conducts heat well, making it a fantastic option for modern and traditional homes. Plus, it’s water-resistant and easy to maintain.

Pro’s:

  • Heats up quickly and efficiently.
  • Budget friendly and available in various styles.
  • Resistant to moisture and wear.

Considerations:

  • Always check the manufacturer’s recommendations for underfloor heating compatibility.
  • Opt for high-quality LVT for durability.

Flooring that can work with underfloor heating (with care).

Laminate flooring – a budget-friendly option ⚠

Laminate can work with underfloor heating, but you need to be cautious. Some laminates have high insulation properties, which can effectively prevent heat from rising. The key is to choose UFH-compatible laminate and avoid thick underlays that block heat.

Pro’s:

  • More affordable than engineered wood.
  • Easy to install and replace.
  • Available in a variety of styles.

Considerations:

  • Must be underfloor heating compatible – always check the manufacturer’s guidelines.
  • Can feel artificial compared to real wood or tile
  • May not retain heat as well as stone or tile
Carpet – can work, but choose wisely. 🛑

Many people assume that carpet and underfloor heating don’t mix, but that’s not entirely true. If you opt for a carpet with a log TOG rating (below 1.5), heat can still transfer efficiently. The key is to use thin carpet and avoid thick underlays.

Pro’s:

  • Provides extra comfort underfoot.
  • Suitable for bedrooms and cosy spaces.
  • Can work with low TOG rated materials.

Considerations:

  • Thick carpets and underlays block heat.
  • Not as efficient as hard flooring options.
  • Needs careful selection to ensure compatibility.

Flooring to avoid with underfloor heating.

Solid Hardwood – not recommended. 🚫

While wood is a natural insulator, solid hardwood expands and contracts with temperature changes. This movement can lead to cracking, warping, and a decrease in lifespan. If you’re set on a wooden look, engineered wood is a safer and more efficient option.

Pro’s:

  • Classic, timeless appearance

Considerations:

  • Prone to warping, cracking and shrinking.
  • Requires careful installation and maintenance.
  • It’s not as effective in heat transfer as engineered wood or tile.

Final thoughts

The right flooring choice can make a huge difference in the efficiency and performance of your underfloor heating system. Tile, engineered wood and LVT are the best choices for maximum heat transfer, while laminate and carpet can work with careful selection. Avoid solid hardwood unless it’s specifically designed for underfloor heating.

If you need expert advice on choosing the best flooring for your underfloor heating system, our team at UFHN is here to help. Contact us today to discuss your project and find the perfect flooring solution! 🔥

Why you should have an annual underfloor heating service in 2025.

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As the beginning of 2025 has started with an arctic blast, one essential aspect of winter readiness that often goes overlooked is the maintenance of the underfloor heating system. Let’s explore the benefits of an annual underfloor heating service, especially as we head into winter.

Improved Efficiency

An annual underfloor heating service helps enhance the system’s efficiency. Over time, dust, debris, and even air bubbles can accumulate in the pipes or heating elements, hindering the even distribution of heat. When these issues are left unattended, the system may have to work harder to achieve the desired temperature, leading to higher energy consumption and increased utility bills. Servicing the underfloor heating system ensures it operates at peak efficiency, keeping your home warm without wasting energy.

Increased Lifespan

Regular maintenance can significantly extend the lifespan of an underfloor heating system. By identifying and addressing potential issues early on, such as leaks or damaged components, you can prevent more extensive damage that might require costly repairs or even a full system replacement. An annual service not only saves money in the long run but also ensures that you can rely on your underfloor heating for many winters.

Enhanced Comfort

Comfort is a top priority during winter, and a well-maintained underfloor heating system delivers just that. When your system is serviced annually, every part of your home receives consistent and comfortable warmth—no more cold spots or uneven heating, which can be uncomfortable and frustrating. A comfortable living environment promotes overall well-being.

Improved Air Quality

The underfloor heating system is thoroughly inspected, cleaned, and sanitised during a service. This process helps eliminate dust, allergens, and bacteria that may have accumulated within the system. As a result, the air quality in your home improves, making it a healthier place to live. This is especially important during the winter when indoor air tends to be more stagnant.

Safety First

Safety should always be a top concern regarding your home’s heating system. Annual servicing includes a comprehensive check for potential hazards such as gas leaks or electrical issues. Detecting and addressing these problems early can prevent dangerous situations and give you peace of mind, knowing your underfloor heating system is operating safely.

Investing in an underfloor heating service in preparation for winter can yield significant benefits, including improved efficiency, increased lifespan, enhanced comfort, better air quality and safety.

UFHN’s Service and Maintenance Programme

At UFHN, we understand the importance of maintaining your underfloor heating system to ensure optimal performance and energy efficiency. Our annual service and maintenance programme is designed to prevent minor issues from escalating into major problems. By addressing potential issues proactively, we can avoid common pitfalls such as uneven heating, cold spots and increased energy consumption. Our skilled engineers conduct thorough inspections to identify and rectify problems like trapped air, unbalanced flow rates, blockages and malfunctioning pumps.

With our expert care, you can enjoy consistent warmth, lower energy bills and peace of mind.

If you’ve had your underfloor heating installed by us, please call 01202 894976 to book your next annual service or email info@ufhn.co.uk.

The importance of a site survey.

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As seasoned underfloor heating professionals, you know that a successful installation isn’t just about laying pipes or cables. It’s about meticulous planning and preparation, including the site survey, which is a critical step.

A site survey allows our experienced technicians to thoroughly evaluate the property and identify any potential challenges or limitations that could impact the screed installation process.

A comprehensive site survey offers numerous benefits:

  • Assessment: Assessment of the condition of the existing floor structure, including its load-bearing capacity and any potential irregularities.
  • Identifying potential issues: By closely examining the subfloor, existing structures and other relevant factors, you can uncover potential problems like uneven surfaces, moisture issues or structural weakness.
  • Room Layout and Dimensions: A precise measurement of the rooms will help to determine the optimal screed thickness and required amount of material.
  • Tailoring the system: A site survey accurately assesses the project’s specific needs, enabling you to select the optimal system design, pipe/cable layout, and control system.
  • Preventing costly delays: Addressing potential issues upfront can save time and money by avoiding costly rework or unexpected complications.
  • Ensuring optimal performance: A well-planned installation, based on accurate site data guarantees optimal performance and energy efficiency.
During a site survey, our consultants will:
  • Inspect the subfloor to check for any damage or unevenness.
  • Measure the room dimensions to determine the required amount of screed and heating cables.
  • Assess the existing heating system and identify any potential compatibility issues.
  • Check the moisture content of the subfloor to ensure it is suitable for screed installation.
  • Realistic expectations: our experts will provide you with a clear understanding of the project timeline, costs and potential challenges
  • Personalised advice: We can offer tailored advice on the best screed type and finish for your specific needs, considering factors such as budget, desired floor finish and intended use of space.

As a trusted provider of screed and underfloor heating solutions, our comprehensive site survey services ensure a smooth and successful installation process. Our experienced technicians are equipped with the latest tools and techniques to conduct thorough assessments and provide expert recommendations.

Don’t compromise on the quality and durability of the screed floor. Schedule a site survey with us today and take the first step towards a flawless and functional floor.
Call 01202 894976 or email info@ufhn.co.uk to book yours today!

Liquid Screed: Level up your underfloor heating.

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When it comes to underfloor heating installation, choosing the right screed is crucial to maximising efficiency and achieving a flawless finish. While traditional sand and cement screeds have their place, liquid screed emerges as a strong contender for modern underfloor heating installations.

Advantages of liquid screed for underfloor heating:
  • Reduce Depth: Traditional screeds require a minimum of 65mm depth. Liquid screed excels with a thinner profile – typically around 50mm when used with underfloor heating. This translates to quicker heat response and improved system efficiency.
  • Superior Thermal Conductivity: Liquid screed boasts better heat transfer properties compared to traditional options. This allows for faster heat distribution and lower energy consumption, leading to cost savings.
  • Self-levelling: No manual screening is needed to ensure a level surface for the final floor covering. This saves labour time and guarantees a professional finish.
  • Faster drying times: Liquid screed dries significantly faster than traditional screeds, allowing you to move on to the next stage of the project quickly.
  • Reduced cracking risk: Because of its self-levelling nature and minimal shrinkage, liquid screeds offer a lower risk of cracking than traditional screeds.
Considerations for Choosing Liquid screed:
  • Floor insulation: To prevent adverse reactions, ensure the insulation board used is compatible with the chosen liquid screed.
  • Drying process: Discuss drying methods. While some liquid screeds air dry, others benefit from forced drying techniques like dehumidifiers.
  • Subfloor preparation: The subfloor needs to be properly prepared before applying liquid screed. This includes ensuring a clean, level and sound surface.
Looking for a one-stop shop for underfloor heating excellence?

At UFHN we understand the importance of a seamless underfloor heating project. That’s why we offer a comprehensive all-in-one package that includes everything you need, from high-quality screed to pipe, insulation, manifolds and more.

UFHN supplies only the best quality products and expert guidance. Our team is here to answer your technical questions and get all your necessities in one place, simplifying your project planning.

For a free consultation, call 01202 894976 or email sales@ufhn.co.uk

Traditional screed: A solid foundation for your underfloor heating project.

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When it comes to underfloor heating, choosing the right screed is crucial for optimal heat distribution and system efficiency. While modern options like liquid screed exist, traditional sand and cement screed remains a popular and reliable option. Let’s explore the advantages and considerations of using traditional screed for your next underfloor heating project.

Advantages of Traditional Screed for Underfloor Heating:
  • Cost effective: Traditional screed is generally more affordable, making it a budget-friendly option for most projects, especially where large areas are involved.
  • Proven performance: This time-tested method has a long history of successful applications with underfloor heating systems, ensuring reliable heat distribution. Our most popular floor constructions are screed-based systems!
  • Readily available: Unlike liquid screed which often requires pre-ordering, traditional screed is readily available making it a convenient option for contractors.
  • Durable: Once cured, traditional screed offers excellent strength and durability and can handle heavier loads, creating a solid base for your flooring.
  • Uneven subfloors: Traditional screed can be used to level out larger irregularities in the subfloor, whereas liquid screed is more suitable for smaller imperfections.
Considerations for using Traditional Screed:
  • Drying time: Traditional screed requires a longer drying time compared to liquid screed (typically 5-7 days). This can impact your project timeline.
  • Mixing and laying: Mixing and laying is labour intensive and requires professional installation for a good finish.
  • Weight: Traditional screed is heavier than liquid screed so consider weight limitations on upper floors
  • Potential for cracking: While modern additives can minimise risk, there’s a slightly higher chance of cracking compared to liquid screed.
UFHN, your all-in-one floor package partner.

At UFHN, we understand the importance of a well-executed underfloor heating project. We offer a comprehensive all-in-one floor package that includes everything you need from design, supply and installation of systems, screed and insulation. Our experienced team can guide you through the process and help you choose the right screed option for your project.

Ready to start your underfloor heating journey? Contact us today for a free consultation.

Choosing the right screed for your underfloor heating project.

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Underfloor heating promises a luxurious and energy-efficient way to warm a home. But did you know the type of screed you choose can significantly impact its performance and installation process?

When it comes to flooring installation, the choice between traditional screed and liquid screed can be a tough one. Both methods have their own set of advantages and disadvantages, and the best choice for your project will depend on a variety of factors. In this blog post, we’ll explore the key differences between these two methods and help you decide which one is the right fit for your needs.

Understanding Screed:

Screed is the base layer applied over and around the underfloor heating pipes, creating a smooth and even surface for the final flooring. It is crucial in ensuring efficient heat distribution, reducing installation time and overall client satisfaction.

The two main contenders: Traditional vs Liquid Screed.
Traditional Screed:

Traditional screed, also known as sand and cement screed is a tried-and-tested method that has been used for many years. It involves mixing sand and cement with water to create a mortar and then applied to the floor. Once the screed has been applied, it is levelled and allowed to dry completely before the final flooring can be installed.

Advantages:
  • Cost effective: Traditional screed is generally a more affordable option than liquid screed.
  • Durable: Long lasting due to its robust nature. The cement binds the sand particles together, creating a strong, durable surface that can withstand heavy loads and foot traffic. Additionally, it is resistant to moisture and temperature fluctuations, making it suitable for various environments.
Disadvantages:
  • Time consuming: The drying time for traditional screed can be quite long, which can delay the overall project timeline.
  • Labour intensive: The sand and cement mixture is typically mixed manually on site and levelled using tools like trowels with are time consuming.
  • Prone to cracking: Traditional screed can be prone to cracking, especially in larger areas.
Liquid Screed

Liquid screed is a more modern flooring solution that involves a self levelling cement based mixture. It is applied to the floor in a liquid form and then self-levels to create a smooth, even surface. Liquid screed dries much faster than traditional screed and can be ready for flooring installation within a few days.

Advantages:
  • Fast drying time: Liquid screed dries much faster than traditional screed, which can significantly reduce project timelines.
  • Smooth finish: It provides a smooth, even finish that is ideal for a variety of floor types including tiles, wood and carpet.
  • Reduced labour costs: The application cost is less labour intensive than traditional screed.
Disadvantages:
  • Higher cost: Liquid screed is generally more expensive than traditional screed.
  • Requires skilled installation: The application process requires skilled installers to ensure a successful outcome.
Which is right for you?

The best choice for your project will depend on a number of factors, including:

  • Budget: If you’re on a tight budget, traditional screed may be the more affordable option
  • Timeframe: If you need a fast turnaround, liquid screed is the way to go.
  • Desired finish: If you want a smooth, even finish, liquid screed is the better choice.
  • Subfloor condition: The condition of your subfloor will also impact the best choice of screed.
By partnering with UFHN, you can streamline your underfloor heating project and benefit from an all-in-one heating package. Our services include:
  • Expert Consultation: Our team of professionals can provide tailored advice to help you select the most suitable screed solution for your project.
  • High quality products: We are proud to supply Mercury underfloor heating systems and accessories to ensure optimal performance and reliability. Our screed compatible systems are highly sought after and specified in hundreds of projects.
  • Complete Installations: Our skilled technicians can handle all aspects of the installation process.

Contact us today to learn more about our award-winning solutions and how we can support you with your next project.