SR/STP

Safe-R

SR/STP

Safe-R Soffit Plus board provides effective thermal and fire performance solutions in structural ceiling applications in commercial and residential buildings

The high performance phenolic soffiinsulation board, with low emissivity aluminium foil facings, is adhesively bonded to a 6mm building panel which offers a secure finish for ease of maintenance to which a decorative finish may be applied.

Benefits

Specification Clause

The soffit insulation shall be Safe-R SR/STP _ _ _mm manufactured to EN 13166 by Unilin Insulation, comprising of a rigid Phenolic core between low emissivity foil facings bonded to 6mm building panel. The Safe-R SR/STP __mm with Agrément declared Lambda value as low as 0.020W/mK (Phenolic only) to achieve a U-Value of __W/m2K for the soffit element to be installed in accordance with instructions issued by Unilin Insulation.

An Environmental Product Declaration (EPD), certified by IGBC is available for this product. Please contact technical support for further details.

Refer to NBS clause P10 185. Uniclass Pr 25 71 63 59.

Resistance ‘R’ Values

The resistance value of any thickness of Unilin insulation can be ascertained by simply dividing the thickness of the material (in metres) by its Agrément declared Lambda value, for example: Lambda 0.021 W/mK and thickness 80mm -> 0.080/ 0.021 -> R-Value = 3.80. R-Values should be rounded down to the nearest 0.05 (m2K/W).

1. Safe-R Soffit Plus can be fixed directly to the concrete slab, onto battens or used with proprietary fixing systems, to provide an even surface. The lightweight rigid product is convenient to handle and allows for fast and easy fixing.

2. The bonded facing of non combustible building panel is water and impact resistant providing a durable protection to which a decorative finish may be applied.

3. Using Safe-R Soffit Plus on soffit areas, whether new build or refurbishment situations, provides the most efficient U-Values with minimal thickness of insulation. The product achieves a thermal conductivity as low as 0.020 W/mK and has a Euroclass B fire classification.