PermaRock offers a range of high-quality cladding solutions that enable architects and specifiers the freedom to create buildings that are innovative, functional and meet the high thermal performance requirements and aesthetic demands of modern architecture.
The systems are also ideally suited for existing buildings, improving their thermal performance, protecting and extending their useful life, whilst enhancing their appearance.
PermaRock offers several key systems for application onto new and existing buildings based on a range of modern insulation materials that include fire-safe Mineral Fibre, and our high-performance enhanced Expanded Polystyrene.
Our systems have been designed to enable various methods of fixing to be employed, dependant upon the substrate condition and type and are accredited through BRE-Global to meet the latest UK Building Regulations.
High Rise Buildings
For use on multi-storey buildings, the PermaRock Mineral Fibre external wall insulation (EWI) systems provide excellent reaction to fire performance, and systems with an A2-s1,d0 classification in accordance with BS EN 13501-1:2007+A1:2009 are suited for use on high rise and low rise buildings including those with floor levels above 11 metres above ground level. PermaRock Mineral Fibre systems with PermaRock SiliconeUltra K Finish, Mineral K Finish, PermaRock Brick Slips, PermaRock Brick Effect Render and Dry Dash Finish assessed to EN 13501-1:2007 + A1:2009 and are classed A2-s1,d0.
Low / Zero Carbon Buildings
Working closely with building designers, PermaRock can advise from the design stage through to installation on how the external wall insulation element of a project can meet low carbon design requirements and contribute to or exceed Passivhaus / EnerPhit, BREEAM and similar performance standards, with our EPS-Premium systems utilised on many such projects.
Decorative Renders / Finishes / Effects
All PermaRock decorative render and finishes can be utilised with our complete range of external wall insulation and exterior render systems.