Unilin TR/BGM - 1200mm x 1200mm - All Thicknesses

• High Performance Rigid Insulation,
• Thermal Conductivity as Low as 0.024W/mk
• Compatible with most Bituminous Based Roofing Systems
• Suitable for New Build and Refurbishment Projects
• Practical Solution to Water Ponding with Insulation and Drainage in a Single System
• EPD Available

Flat roofs: Unilin TR/BGM is an excellent insulation choice for flat roofs due to its superior thermal efficiency, durability, and versatility. As a high-quality PIR (polyisocyanurate) insulation board, it delivers outstanding thermal performance, significantly reducing heat loss and enhancing the building's energy efficiency, which helps lower energy costs. Its high compressive strength ensures that it can support heavy loads without compromising its insulating properties, making it ideal for the demanding conditions of flat roofs. The TR/BGM board is faced with bitumen-glass fiber mineral-coated foil, which provides excellent adhesion to various roofing membranes, ensuring a secure and reliable roofing system. This compatibility with multiple roofing systems adds to its versatility, making it suitable for a wide range of flat roof applications. Additionally, the ease of installation of Unilin TR/BGM helps reduce labor time and costs. Its robust design and long-lasting performance make it a highly effective and durable solution for flat roof insulation.

Is Unilin TR/BGM environmentally friendly?

Unilin aims to produce environmentally responsible products. TR/BGM contributes to energy savings in buildings, which helps reduce carbon emissions over its lifespan. Additionally, Unilin focuses on sustainable manufacturing practices.

How durable is Unilin TR/BGM?

Unilin TR/BGM is highly durable, resistant to compression and impacts, and has a long service life when properly installed and protected by an appropriate roofing system.

What are the thermal properties of Unilin TR/BGM?

Unilin TR/BGM offers excellent thermal performance with a low thermal conductivity (lambda value). The exact value can vary slightly depending on the thickness of the board, typically around 0.022 - 0.024 W/mK.