Brett Martin Ltd products

Brett Martin cater for all drain requirements with 110mm and 160mm solid pipe and fittings.  All drainage systems are manufactured in the UK to stringent quality standards, with drain pipe and fittings BS EN 1401/BS EN 13476-2 certified, providing the installer with a completely reliable product range that will continue to perform. Brett Martin Drain systems feature a lip seal within single socket pipe and a market leading captive seal within drain fittings which secures against dislodgement and makes jointing easier, ensuring joints remain leak free for years to come.

Brett Martin's Cascade Cast Iron Effect Rainwater System replicates the traditional aesthetic of cast iron guttering using modern plastic materials. The system retains the architectural integrity essential for traditionally styled or heritage buildings, offering a durable and versatile solution. Its design incorporates authentic architectural detailing with plastic benefits such as reduced weight, lower cost, and improved ease of installation. Available in multiple heritage colors, including Classic Black, Chartwell Green, and Porcelain White, it caters to various aesthetic requirements. The Cascade series includes various profiles like Roundstyle, Prostyle, and Deepstyle, each equipped with different capacities and downpipe sizes to handle diverse rainwater drainage needs. These systems are suitable for both new builds and refurbishments, ensuring functions and style remain uncompromised.

Marlon Clickfix is the complete architectural glazing system from Brett Martin.  Comprising interlocking modular polycarbonate panels which simply click and fix into place without the need for glazing bars between panels, the system provides a completely seamless finish.  The 40mm 10wall panels provide a U-value of 0.99 W/m²K for a more energy efficient building. Lightweight and easy to install the panels are available in lengths up to 12m.  For the complete glazing solution choose from two different glazing frames  - VF55 (facades & cladding up to 6m), VF90 (facades & cladding 6m-12m).

The Marlon ST multiwall polycarbonate sheet from Brett Martin is engineered for diverse roofing, cladding, and glazing applications. Crafted with damage-resistant polycarbonate, these sheets offer a lightweight insulation solution suitable for various construction needs. The inclusion of co-extruded UV protection significantly shields the material from UV weathering, ensuring long-lasting performance. Marlon ST sheets are available in multiple thicknesses, structures, and configurations, catering to a broad spectrum of architectural demands. Designed with sustainability in mind, the Marlon BioPlus variant incorporates a bio-circular attributed resin, replacing 89% of fossil-based raw materials with renewable hydrocarbons, thereby reducing its environmental impact. This makes it a pivotal choice for sustainable construction initiatives. Marlon ST's thermal adaptability allows it to expand with heat and contract in the cold, necessitating mindful installation practices to ensure optimal performance and longevity.

The Marlon Instalite series, featuring Trapezoidal Polycarbonate Rooflights, offers sophisticated roofing solutions designed for seamless integration with composite panel systems. These factory-assembled units prioritize thermal efficiency, available in both double and triple skin formats with options for polycarbonate or GRP weathersheets. Tailored to meet diverse performance criteria, they synchronize with various metal roofing profiles, providing a versatile fit for industrial and commercial applications. The Marlon Instalite FAIR model is notable for its thermally efficient double skin polycarbonate construction, while the Marlon Instalite E40 is distinguished by its extruded polycarbonate roofing capability. Moreover, the Energysaver series introduces a triple skin system crafted from GRP, pushing the boundaries of insulating performance. Collectively, these products are engineered to support energy conservation and robust weather resistance, making them suitable for diverse environmental conditions and prolonging the lifespan of roofing structures.