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Flat roofs require reliable, long-lasting protection. Among the available options, EPDM roofing has become one of the most widely used solutions for domestic extensions, garages, garden rooms, modular pods, and off-site constructed buildings across Ireland. If you are planning a flat roof, whether for a home improvement project or a factory-built modular structure, understanding EPDM’s capabilities, benefits, and applications will help ensure you select the right membrane system. QBM supplies EPDM membranes, trims and accessories nationwide, supporting roofing contractors, garden room manufacturers, and off-site construction companies with technical guidance and project-specific details. This article provides a comprehensive overview of EPDM roofing and why it has become a preferred choice in the Irish market. What Is EPDM? Understanding the Basics EPDM (Ethylene Propylene Diene Monomer) is a high-performance synthetic rubber membrane engineered specifically for flat and low-slope roofing. In simple terms, EPDM is a large, flexible rubber sheet that provides: Long-term waterproofing Excellent resistance to weathering Strong flexibility to accommodate building movement UV stability and a long service life Most EPDM used in Ireland is supplied in black, which helps absorb heat and speeds up drying after rainfall. Sheets are available in a range of widths, making it possible to cover many domestic roofs using a single, seamless piece. Thickness Options Common thicknesses in Ireland: Standard domestic use: approx. 1.1 mm Heavier-duty applications: 1.5 mm Thicker material increases puncture resistance and lifespan. QBM advises on the most appropriate thickness based on your roof’s expected use. Why EPDM Has Become a Leading Choice in Garden Rooms, Pods & Off-Site Construction In Ireland, EPDM is now one of the most favoured roofing products  in: Garden rooms Home offices Modular pods Off-site constructed units Portable and prefabricated buildings Why manufacturers prefer EPDM: Factory-Friendly Installation EPDM can be installed in a controlled factory environment, avoiding weather delays and improving quality assurance. Single-Piece Installation  Many garden rooms use a single EPDM sheet with no seams , reducing leak risk. Lightweight for Transport  Ideal for buildings transported by trailer or crane. Compatible With Common Off-Site Deck Materials  EPDM bonds well to OSB, plywood, SIP panels and other substrates. Low Maintenance for End Users  Clients purchasing garden rooms expect long-term performance with minimal upkeep, EPDM delivers this. Clean, Modern Appearance  Suits contemporary garden room designs and compact residential pods. QBM supplies EPDM systems directly to many Irish garden room and modular-building manufacturers, including adhesives, edge trims, outlets and detailing components. EPDM vs. Other Roofing Systems: How It Compares EPDM vs Bituminous Felt Felt systems  typically last 15–25 years. EPDM  frequently exceeds 25–40+ years. Felt installation requires hot works; EPDM uses cold-applied adhesives. EPDM offers cleaner, simpler repairs and is better suited for off-site manufacturing. EPDM vs GRP Fibreglass GRP gives a solid, rigid finish but is sensitive to movement and substrate imperfections. EPDM is more flexible and tolerant of building movement. EPDM installation is faster and more suitable for larger or factory-built roofs. GRP works best on small, simple roofs; EPDM performs better across broader applications. EPDM vs PVC Single-Ply QBM supplies both EPDM and PVC systems (FTT range). Broadly: EPDM Ideal for small/medium domestic roofs and pods Flexible, durable, minimal seams PVC Heat-welded seams Excellent for large commercial/inverted roofs Available in light colours for solar reflectance For extensions, garden rooms and off-site pod manufacturing, EPDM is typically the simplest and most efficient solution. Key Benefits of EPDM Roofing (for Homes, Garden Rooms & Pods) 1. Long Service Life EPDM routinely delivers 25–40+ years of reliable performance with basic maintenance. 2. Excellent Weather Resistance EPDM withstands: Heavy rainfall UV radiation Temperature movement Strong wind uplift This makes it ideal for Ireland’s climate. 3. Low Maintenance Only periodic inspections and basic cleaning are required. No regular recoating or specialist treatments. 4. Flexible Installation Methods EPDM can be: Fully adhered (most common for kits and pods) Mechanically fixed Ballasted (more common on commercial builds) 5. Easy to Repair Damage from tools, fallen branches or foot traffic can be repaired quickly using membrane patches. 6. Factory Installation Advantage For modular buildings, EPDM can be applied before delivery, ensuring instant watertightness on arrival. The EPDM Installation Process While QBM supplies the system and technical guidance, EPDM must be installed by a competent contractor or trained manufacturer. The process typically includes: 1. Deck Preparation Clean, dry, structurally sound substrate Over-boarding older bituminous roofs where required Removal of contaminants that prevent bonding 2. Membrane Positioning & Relaxation EPDM is unrolled and left to relax, reducing wrinkles and ensuring a precise fit. 3. Adhesive Application Water-based adhesive for main areas Contact adhesive for perimeters, corners and details 4. Trims, Flashings & Outlets QBM supplies: Aluminium and uPVC edge trims Internal/external corners Pipe and vent flashings Roof outlets and drainage components Correct detailing is essential; most leaks occur at edges or penetrations rather than the membrane itself. Maintaining an EPDM Roof Routine Checks (twice yearly recommended) Clear outlets and gutters Inspect perimeters and details Look for punctures or unusual wear Check for standing water around outlets Cleaning Use a soft brush and EPDM-safe cleaning products. Avoid solvents and aggressive pressure washing. Typical Issues Wrinkling due to inadequate adhesion Blisters from trapped moisture Punctures from sharp objects Most issues are minor and easily resolved with EPDM patch materials. Is EPDM Right for Your Project? EPDM is an excellent choice for: Extensions and home renovations Garden rooms, home offices and studios Modular pods and prefabricated buildings Garages and workshops Simple low-slope roofs Factory-built/off-site construction where reliability and speed matter Projects requiring minimal maintenance Alternative systems may be more suitable where: Heavy foot traffic is expected (terraces/decks) A rigid decorative finish is desired (GRP) Light-coloured solar-reflective membranes are specified (PVC) QBM can advise your architect, roofer or manufacturer on the correct system for your project. Frequently Asked Questions Can EPDM be installed over an existing roof? Yes, in many cases, provided the deck is sound, dry and suitable for over-boarding. Bitumen roofs typically require new OSB/plywood or insulation with a glass tissue facing before EPDM is bonded. How long does EPDM last in Ireland? With proper installation, 25–40+ years  is typical. EPDM has been used globally since the 1960s with an excellent performance record. Is EPDM suitable for garden rooms and pods? Yes. EPDM is one of the most widely used roofing membranes  in Ireland’s garden room and modular pod market due to its single-piece installation, flexibility and long lifespan. Can homeowners install EPDM themselves? Small, simple roofs may be suitable for competent DIY installation using QBM EPDM kits. However, for valuable properties or complex roofs, QBM strongly recommends professional installation. Does EPDM require special maintenance products? Only EPDM-compatible cleaners and primers for repairs. Avoid petrol-based or solvent-heavy cleaners. Making Your EPDM Decision EPDM provides a highly reliable, low-maintenance and cost-effective solution for flat roofs in Ireland. Its exceptional suitability for garden rooms, pods and off-site manufactured buildings  has made it one of the most popular membranes in the country. QBM supports homeowners, architects, roofing contractors and modular-building manufacturers by supplying: Quality EPDM membranes Adhesives and accessories Trims and outlets Project-specific technical guidance Build-up recommendations (warm roof, cold roof, over-boarding) If you are considering EPDM for your home extension, garden room, pod or modular unit, QBM can work with your contractor or design professional to ensure the correct system is specified—providing decades of weatherproof protection. Flat roofs need reliable, long-lasting protection. EPDM roofing has become one of the most popular solutions for extensions, garages, and commercial buildings across Ireland. Perhaps you've heard the term mentioned but aren't quite sure what it means or whether it's right for your property. At QBM, we've installed EPDM systems on countless Irish buildings over the years. The material offers impressive durability, straightforward installation, and decades of weather protection. But like any roofing option, it has specific characteristics worth understanding before making a decision. Let's explore what EPDM actually is, how it performs, and whether it might suit your flat roofing needs.

In recent years, flat roof design has come under increased scrutiny, particularly around fire safety, durability, and long-term performance. Against that backdrop, BS 6229 was revised in 2025 , introducing clearer expectations around how flat roofs should be designed, specified, and delivered. A common question from Irish design teams is:  Why does a British Standard still matter in Ireland, especially post-Brexit?  And just as importantly: what has actually changed in the 2025 revision? This article addresses both. Why BS 6229 is still relevant in Ireland First, it is important to be clear about what BS 6229 is — and what it is not. BS 6229 is not legislation, and it has never been mandatory in Ireland. Instead, it is a code of practice that sets out recognised good practice for the design and construction of flat roofs. Irish Building Regulations, including TGD B (Fire Safety), rely heavily on European harmonised standards, such as EN 13501-5 for external fire performance of roofs. BS 6229 does not replace those standards; rather, it explains how they should be applied in real roof systems, including drainage, insulation, fire performance, interfaces, and maintenance. In practice, Irish fire engineers and specifiers continue to reference BS documents where there is no equivalent Irish code of practice, particularly where system design and responsibility need to be clearly defined. Brexit did not change this technical reality. As a result, BS 6229 remains a widely recognised reference point in Irish projects, especially for apartments, mixed-use developments, balconies, podiums, and roofs with multiple functions. What has changed in BS 6229:2025? The 2025 revision does not radically reinvent flat roof design, but it does tighten expectations and reflect modern construction risks. The key updates fall into six main areas. 1. Stronger emphasis on drainage and falls BS 6229:2025 reinforces the requirement for effective drainage, with a minimum finished fall of 1:80. The update places more responsibility on the design team to ensure that structural decks are suitable before roofing works commence, rather than relying on the waterproofing contractor to resolve poor falls on site. This is particularly relevant on concrete decks, refurbishment projects, and roofs with attenuation or blue-roof functions, where standing water can have both performance and fire implications. 2. Enhanced thermal performance guidance The revised Standard places greater emphasis on insulation performance, particularly for inverted warm roofs and blue roofs , where retained water can affect thermal efficiency. Designers are now expected to apply appropriate calculation methods to confirm that insulation thickness remains adequate under operational conditions, not just in dry scenarios. This reflects the increasing use of roofs as part of sustainable drainage strategies. 3. Clearer fire safety expectations Fire performance is one of the most significant areas of change. BS 6229:2025 reinforces that fire performance must be considered at roof-system level, not simply by referencing a membrane or surface finish in isolation. Where roofs serve multiple purposes — for example as terraces, escape routes, or amenity spaces — designers must ensure that both external and internal fire performance requirements are addressed. The Standard also makes it clear that fire performance depends on the complete build-up, including deck type, insulation, fixing method, and whether the waterproofing layer is exposed or protected. 4. Recognition of “multi-functional finishes” A notable update is the formal introduction of terms such as “multi-functional finishes”. This captures podium decks, roof terraces, play areas, and landscaped roofs - all of which introduce additional loads, interfaces, and fire considerations. The Standard now explicitly recognises that these roofs require robust waterproofing, protection layers, and careful coordination with the overall fire strategy. This is particularly relevant in the Irish market, where podium and balcony roofs are increasingly common in residential developments. 5. Greater focus on workmanship and maintenance BS 6229:2025 strengthens guidance on workmanship, sequencing, and inspection. Examples include: avoiding leaving insulation exposed overnight, inspecting each layer before covering, and ensuring comprehensive handover documentation. The Standard also recommends regular inspection and maintenance, typically at least twice per year, reinforcing the idea that roof performance is a lifecycle issue, not just a construction-stage concern. 6. Condensation risk and acoustic performance The updated Standard requires a project-specific condensation risk analysis for each roof build-up, rather than relying on generic assumptions. This is especially important in buildings with high internal humidity, such as sports facilities or swimming pools. There is also expanded guidance on sound attenuation, recognising that roofs increasingly play a role in overall acoustic performance, particularly in urban environments. What this means for Irish building designers The most important takeaway is that BS 6229:2025 pushes the industry toward clearer, system-based thinking. For designers, this means: roofs should be described and coordinated as complete systems, fire performance should be considered in context, not assumed, interfaces with façades, parapets, and terraces need early attention, and responsibility boundaries should be clearly defined within the design team. None of this contradicts Irish Building Regulations. Instead, it supports them by providing a practical framework for applying European standards in real projects. A shift toward clarity, not complexity BS 6229:2025 does not impose new legal obligations in Ireland. What it does do is reflect the way flat roofs are now being assessed by fire engineers, building control authorities, and insurers. For building designers, understanding its intent helps: reduce late-stage design changes, avoid ambiguity at tender stage, and deliver roofs that perform as intended over their full service life. As flat roofs continue to evolve into multi-functional building elements, the principles set out in BS 6229:2025 provide a useful reference point for good practice — regardless of jurisdiction.

Energy prices continue to rise, and most homeowners in Ireland are now looking for real, long-term ways to reduce heat loss rather than quick fixes. Your roof is critical in this equation. A poorly designed flat roof can leak heat all winter; a well-designed system can significantly cut energy consumption and improve comfort. At QBM, we do not supply tiles or metal sheets for pitched roofs. Instead, we specialise in flat roofing systems – bituminous membranes, PVC single-ply, EPDM kits, and green/blue roof build-ups – along with the technical support needed to design them correctly. For Irish homes, extensions, garden rooms and pods, the question is not “which material is magic”, but: What flat roof build-up gives the best energy performance for this specific project? This guide explains: What “energy-efficient roofing” actually means in Ireland, The difference between warm roofs, inverted roofs and cold roofs, How QBM’s systems (bituminous, PVC, EPDM and green roofs) perform, and How to choose an efficient solution for your home or off-site build. Understanding Roof Energy Efficiency in the Irish Context When we talk about energy efficiency in roofs for Irish homes, we are mainly dealing with: Heat loss in winter – minimising heat escaping through the roof. Condensation control – avoiding moisture problems that reduce performance. Comfort and stability – avoiding cold ceilings, draughts and temperature swings. The key technical factors are: U-value (overall thermal transmittance) How much heat is lost through the complete roof build-up. Lower U-value = better insulation = less heat loss. This is what Irish Building Regulations (Part L) are primarily concerned with. Continuity of insulation / thermal bridging Gaps in insulation at upstands, perimeters, joists and rooflights can undermine the whole roof. A well-designed flat roof system reduces these cold bridges. Airtightness Warm air leaking up into the roof can cause heat loss and condensation. Good detailing at junctions and penetrations is essential. Surface colour and solar gain For flat roofs in Ireland, colour and reflectance matter, but they are secondary to insulation and airtightness. Cooling loads are modest compared to warmer climates. With flat roofs, the membrane is only part of the picture. The real efficiency comes from the overall build-up: insulation type, position, thickness and detailing. The Most Efficient Approach: Warm Flat Roof Systems For most Irish homes and extensions, the most energy-efficient flat roof solution is a properly designed warm roof, regardless of whether the membrane is bituminous, PVC or EPDM. What is a warm flat roof? In a warm roof: The structural deck (e.g. timber, concrete, OSB) sits at the bottom, A vapour control layer (VCL) is placed on the warm side, Rigid insulation (e.g. PIR, mineral wool or similar) is installed above the deck, The waterproofing membrane (bituminous, PVC or EPDM) is installed on top. This keeps the structure warm, minimises condensation risk, and allows a continuous layer of insulation above the deck – exactly what you want for energy efficiency. Why warm roofs are efficient Continuity of insulation with fewer cold bridges Better control of interstitial condensation Simplified detailing compared to ventilated cold roofs Easier to upgrade insulation thickness to meet or exceed current Part L targets QBM regularly supports architects and contractors in designing warm roof build-ups using:  General Membrane bituminous systems, FDT PVC single-ply membranes, and EPDM membranes for domestic extensions and garden rooms. Inverted Roofs & Roof Terraces: Efficiency with Protection Where roofs are used as terraces, balconies, or support paving/ballast, an inverted roof is often the most efficient and durable solution. What is an inverted roof? In an inverted roof: The waterproofing membrane (bituminous or PVC) sits directly on the structural deck, Insulation is placed on top of the membrane, A ballast layer, paving or green roof build-up sits above the insulation. Benefits: Membrane is protected from UV, thermal cycling and mechanical damage Long-term durability and stable thermal performance Ideal for terraces, podium decks, and roofs with finishes above In terms of energy efficiency, inverted systems perform very well once the correct insulation type and thickness are selected. They are particularly suitable where a usable outdoor surface is required above the roof. EPDM Warm Roofs for Extensions, Garden Rooms & Pods For smaller domestic flat roofs, garden rooms, pods and off-site construction, EPDM warm roofs have become one of the most popular solutions in Ireland. Why EPDM warm roofs are efficient in this sector: Continuous insulation above the deck using warm roof build-ups Single-piece EPDM membranes on many small roofs, minimising joints Cold-applied installation, avoiding thermal risk during works Compatible with factory-built/off-site units where insulation and membrane can be applied under controlled conditions For garden rooms and pods, manufacturers often: Build the roof cassette in the factory, Install insulation and EPDM, Deliver a pre-finished, fully insulated, watertight unit to site. This ensures consistent quality and tight air and thermal performance, which is a major advantage in off-site construction. Bituminous Warm Roof Systems (General Membrane) On larger domestic roofs and extensions and often chosen for larger flat roofs, apartment blocks, terraces and green/blue roof projects. Multi-layer bituminous warm roof systems remain a staple and can be extremely energy efficient when designed correctly. Key points: Warm roof build-ups with consistent insulation thickness Robust, multi-layer waterproofing with good thermal stability Excellent for complex detailing, upstands and parapets Suitable for both domestic and commercial settings From an energy perspective, bituminous systems perform comparably to other membranes when the insulation and detailing are correct. The membrane choice is driven more by use, detailing and durability than by U-value. PVC Single-Ply Warm & Inverted Roofs (FDT) PVC single-ply systems are also often chosen for larger flat roofs, apartment blocks and terraces projects. Efficiency-related advantages: Warm and inverted build-ups with high-performance insulation Light-coloured membranes available, which can reduce surface temperatures in summer Clean, welded seams with minimal thermal weak points Very compatible with green roofs and blue roofs, where the membrane is fully protected Again, the primary energy gain is from the insulation layer and continuity, with membrane colour and reflectivity as a secondary consideration. Green Roofs: Thermal Mass, Insulation & Comfort Green roofs are not just about biodiversity and aesthetics. When installed over a proper warm or inverted roof build-up, they also contribute to overall energy performance. Energy-related benefits: Thermal mass moderates temperature swings Additional protection for the membrane extends its life Potential improvements in summer comfort by reducing heat gain Some winter benefit through reduced heat loss and wind exposure over the roof surface For Irish homes and extensions, a green roof is rarely chosen solely  for energy efficiency, but it forms part of a highly efficient roof build-up when combined with a well-insulated QBM flat roof system. What About “Cold” Flat Roofs? Traditional cold flat roofs place insulation between joists, with a ventilated void above and the deck/membrane on top. From an energy and moisture perspective, cold roofs have drawbacks: Difficult to ventilate properly in real-world conditions Higher risk of condensation if detailing is not perfect Insulation is interrupted by timber joists (thermal bridges) Harder to achieve low U-values with continuity For these reasons, QBM generally recommends warm or inverted roofs for new build and refurbishment where energy efficiency is a priority. Cold roofs are typically reserved for specific refurbishment scenarios where changing the build-up is not practical. Comparing Energy Efficiency of Flat Roof Approaches Below is a simplified comparison focused on flat roofs and systems QBM support: Roof System Energy Efficiency Potential Typical Use Notes Warm Roof (Bituminous) Excellent Extensions, houses, and commercial roofs Very strong when well detailed, robust and proven Warm Roof (PVC Single-Ply) Excellent Larger roofs, apartments, terraces Light-coloured options; good for complex detailing Warm Roof (EPDM) Very Good–Excellent Extensions, garden rooms, pods, off-site units Ideal for factory-built and small domestic roofs Inverted Roof (Bituminous/PVC) Excellent Terraces, balconies, podiums, green/blue roofs Membrane protected; strong long-term performance Green Roof over Warm/Inverted Roof Very Good–Excellent Eco-focused projects, urban roofs, amenity spaces Gains from thermal mass and surface protection Traditional Cold Flat Roof Fair–Good Legacy roofs, limited refurbishment scenarios Higher condensation risk, more thermal bridging The key takeaway: The most efficient “roofing system” is a well-designed warm or inverted flat roof with continuous insulation and good detailing – not a specific membrane brand. Other Factors That Influence Roof Efficiency Beyond the choice of membrane and build-up: Insulation Thickness and Type Meeting or exceeding current U-value requirements has a direct impact on energy bills. Many older flat roofs in Ireland are under-insulated compared to today’s standards. Detailing at Junctions Upstands, parapets, rooflights and penetrations must be carefully detailed to avoid thermal bridges and air leakage. Airtightness A well-insulated roof still performs badly if warm air leaks into the structure. Airtightness layers and careful sealing at junctions are essential. Colour and Reflectivity On flat roofs in Ireland, the effect of membrane colour on energy use is modest compared to insulation. However, light-coloured membranes (often PVC) can reduce surface temperatures during warm spells and improve comfort in highly glazed or lightweight structures. Frequently Asked Questions What is the most energy-efficient flat roof system for a typical Irish extension? For most standard extensions, the best option is usually a warm flat roof with: Adequate rigid insulation above the deck, A vapour control layer on the warm side, A suitable membrane (bituminous, PVC or EPDM) selected based on use and detailing. The exact membrane is less important than getting the build-up, U-value and detailing right. QBM can provide project-specific warm roof specifications for your designer or contractor. Is EPDM efficient enough for garden rooms and pods? Yes. For garden rooms, pods and off-site construction, a warm roof with EPDM is often the most practical and efficient solution: Good insulation continuity in the factory-built cassette Long-term durability of the membrane Minimal maintenance for end users This is why EPDM is now a preferred choice in the Irish garden room and modular pod market. Does adding a green roof make my flat roof more energy efficient? A green roof on top of a correctly designed warm or inverted roof can: Improve thermal stability, Provide some additional thermal resistance, Protect the membrane and extend its life. However, you should still design the underlying flat roof to meet energy targets without relying on the green roof layer. Think of the green roof as a valuable enhancement, not the primary insulation. Can I just add insulation internally and leave the flat roof as it is? Internal insulation can help, but: It may introduce condensation risks if not coordinated with the existing roof build-up and vapour control layers. It does not address thermal bridges at joists and edges. In many cases, upgrading to a warm roof from above is a more robust, energy-efficient and durable solution. QBM can help your design team evaluate options. Are there grants in Ireland that relate to roof efficiency? Most support schemes focus on insulation and overall building performance rather than specific membranes. Upgrading roof insulation as part of a flat roof refurbishment often forms part of a broader energy upgrade. Your energy assessor or contractor can advise on current SEAI schemes and how a roof upgrade might fit into a wider retrofit plan. Moving Forward: Choosing an Efficient Flat Roof System with QBM The “most efficient roofing system” for Irish homes is not a single product, but a properly designed flat roof build-up that: Achieves a low U-value, Controls condensation, Minimises thermal bridging, and Uses a membrane suited to the building’s use and detailing. QBM’s role is to: Supply bituminous, PVC and EPDM flat roofing systems, Provide technical support and specifications for warm, inverted and green roof build-ups, Assist architects, engineers, contractors, garden room and pod manufacturers in selecting and detailing the most appropriate system. If you are planning a flat roof on a new extension, garden room, modular pod or refurbishment project, QBM can support your design team in creating a roof that is not only watertight and durable, but genuinely energy efficient in Irish conditions. The right efficient roofing system doesn't just reduce energy bills. It creates a more comfortable home, reduces environmental impact, and adds value to your property. That's worth getting right.

Our range of residential roofing systems offers durability and protection, industry leading warranties and QBM’s expertise to help you choose the right system for your home. Residential Solutions Does your home require a durable, easy-to-install, and eco-friendly flat roofing system? At QBM, we understand the unique challenges presented by roofing projects for residential homes in Ireland. Whether you're restoring a classic home, working on a new build, or adding eco-friendly garden rooms, we've got the solutions and materials to keep your house warm and watertight. Ireland's varied climate demands roofing solutions that can withstand everything from driving rain, howling winds, and the occasional ray of sunshine. Our range of residential roofing systems offers durability and protection, industry leading warranties and QBM’s expertise to help you choose the right system for your home. What to consider when picking a new roofing product. Eco-Friendly solutions Find an environmentally friendly roofing product. A solution that brings together durability, flexibility, and environmental responsibility. Whether you're enhancing your current home or embarking on a new build. Why not go even further and explore our range of green roofing systems contributing to a more sustainable environment. Durability and sustainability: Opt for our Elevate (formally Firestone) Rubber CoverEPDM roofing system, designed for the long haul, offering significant resistance against environmental challenges such as UV radiation, ozone exposure, and severe weather conditions. A solution with a proven track record of maintaining structural integrity and performance over decades will ensure your investment is both sustainable and cost-effective, minimising the need for frequent replacements or repairs. Easy Installation, no flame solution: Find a lightweight, flexible product that allows for quick, one-piece installation without the need for special tools or flame-based methods, minimising fire risks. QBM Rubber Cover EPDM is the ideal solution for your flat roofing projects. How do I choose the right solution? How do I know which one solution to choose, or which thickness is applicable? Our expert team is here to guide you through the selection process, ensuring you choose the most suitable option for your residential roofing needs. Roof Repairs QBM stock all you need for any roof repair. Our Elevate RubberCover EPDM is the ideal solution for your leaking roof. Our trained roofing contractors can quickly and easily repair a leaking roof. Learn More Contact Us: Explore our residential roofing solutions today and discover how we can help you enhance your home's roof with durable, eco-friendly, and easy-to-install products. Contact Us Proud Stockist of: To play, press and hold the enter key. To stop, release the enter key.

Supplying durable solar roofing systems across Ireland for homes, builders, and commercial projects. Save energy and reduce costs. Request a quote today. Solar Roofing Systems BIPVco is a British manufacturer of solar integrated roofing products, utilising market leading technology and processes to make Building Integrated Photovoltaics (BIPV) from conventional building materials; the BIPV functionalised roof works as a building product, whilst converting the building envelope from a liability into an asset by using the roof to generate low carbon electricity. < Back Next > BIPVco Integrated Solar Proud Stockist of: To play, press and hold the enter key. To stop, release the enter key.

Trusted single ply roofing materials for commercial and domestic projects. Weather-resistant, reliable, and easy to install. Speak with our team today. Single Ply Roofing Systems Embrace the versatility and efficiency of Single Ply Roofing Systems. Known for their ease of installation and maintenance, these systems are a favourite in the commercial roofing market. PVC, TPO, and EPDMsystems offer unique advantages, including durability, energy efficiency, and resistance to environmental conditions. Whether you're working on large commercial projects or smaller, specialised builds, these systems provide the flexibility and performance you need. < Back Next > Rhenofol CV Membrane Rhenofol CG Membrane Rhepanol HFK (PIB) Flatroof Membrane Elevate RubberGard EPDM - EPDM SA Proud Stockist of: To play, press and hold the enter key. To stop, release the enter key.