Rainscreen façade systems are lightweight when compared to brick and masonry solutions and can provide the designer with a wide range of aesthetic options.
In addition to thermal performance, fire performance of insulation materials is a crucial consideration, particularly when designing buildings over 18m in height or when the building is to have high occupancy levels or be used by vulnerable occupants.
Take a look around our 3D Rainscreen Façade System build up
Why Mineral Wool?
Non-combustible, being suitable for use on all buildings including those above 18m in height providing compliance with fire related building regulations.
Contributes to building regulation compliance without reliance on separate testing or desktop studies.
Using Earthwool RainScreen Slab
|Light Steel frame inner leaf with Earthwool Omnifit Slab between studwork||Light Steel frame inner leaf with Earthwool Omnifit Slab between studwork||Dense block inner leaf|
|Rainscreen Slab (mm)||100mm||150mm||140mm|
NOTE: The above are based on; aluminium helping hand brackets with base dimensions 75 x 62mm sat on a 5mm PVC thermal break pad, bracket is 5mm thick, aluminium bracket length to give 50mm residual cavity. Brackets set at 600 x600mm centres fixed to structure. Dense block as λ=1.13, steelwork as 2mm with 50mm flange at 600 x 600mm centres infilled with Earthwool OmniFit Slab. Internal lining is standard 2 x 12.5mm wall board, cement particle sheathing board. Cavity is fully ventilated.
The above values are for guidance only, please contact our Technical Service Team direct for specific values – all of our calculations for Rainscreen Facade Systems are carried out to BS EN 10211 using compliant software.