Verified by manufacturer 2 months ago
Bespoke architectural glassfibre reinforced concrete cladding in sprayed Grade 18P.
A bespoke architectural GRC cladding that offers a lightweight alternative to precast facades.
Glassfibre reinforced concrete (GRC) is a composite material with exceptional flexural capacity, and in architectural applications, this offers a versatile, lightweight alternative to precast facades.
Manufactured from a range of raw materials including Portland cement, silica sand, acrylic polymers and alkali-resistant fibres, our material is sprayed as a slurry into bespoke moulds for each project, and built up in thin layers until the required thickness is achieved. The material is rolled and compacted between each layer. Once demoulded, each unit is allowed to cure. The polymer in the material allows our units to be exposed to the atmosphere without wet curing and increases the material's long-term durability.
Spraying the material allows for even distribution and orientation of fibres, which enhances the strength of the material versus poured GRC. BCM GRC's process ensures that the GRC manufactured is the highest grade of GRC strength available on the market – Grade 18P.
Features and benefits:
Color | White Grey Beige Other |
Finish | Blasted Guidance for specification option: Grit blasted. Textured Smooth |
Material | Concrete Guidance for specification option: Glassfibre reinforced concrete Cementitious |
Shape | Rectangle Square Other |
Length | Bespoke |
Width | Bespoke |
Height | Bespoke |
Uniclass | |
CAWS | H40/110 GRC cladding |
Component type | Cladding panel. |
Standard | To BS 8297, BS EN 1169.Guidance for specification option: GRCA. |
Production method | Premix sprayable process.Guidance for specification option: GRC mix applied to a bespoke mould via simultaneous spray; the method of spraying the material through a gun which is fed with the cementitious slurry and also a continuous roving of glassfibre. As the slurry passes through the gun, a blade within the gun chops the fibre into small, equal-sized strands, which are evenly dispersed within the slurry when it is expelled from the gun. |
Guide mix design | Grade 18. |
Impact resistance | |
Soft body | Manufacturer guidanceConsult manufacturer for guidance and evidence of the suitability of their product in the chosen location. |
Hard body | Manufacturer guidanceConsult manufacturer for guidance and evidence of the suitability of their product in the chosen location. |
Frost resistance | Manufacturer guidanceConsult manufacturer for guidance and evidence of the suitability of their product in the chosen location. |
Permeability | Manufacturer guidanceConsult manufacturer for guidance and evidence of the suitability of their product in the chosen location. |
Fire performance | |
Reaction to fire | |
External face | To BS EN 13501-1, Class A2-s1, d0. |
Internal face | To BS EN 13501-1, Class A2-s1, d0. |
Form | |
Shape | Shaped. |
Panel type | Cladding panel. |
Dimensions | |
Height | Manufacturer guidanceInsert requirements or refer to drawing. |
Exposed faces | |
Surface texture | Sand-blasted. |
Colour | Manufacturer guidanceInsert requirements or omit. |
Applied surface finish | Nu-Cryl AG Extra 1/8 clear, hydrophobic acrylic coating system. |
Fixings | |
Primary | As supplied by manufacturer. |
Water absorption | 8–13%. |
Porosity | 16–25%. |
Density | 1800–2100 kg/m³. |
Country of material origin | United Kingdom |
Country of product manufacture | United Kingdom |
Halo Office Development, Bristol
55 Gresham Street, London
MET Quarter, Liverpool
Victoria Gate, Leeds
New Science & Mathematics Centre, Charterhouse School
Reception Area and Lift Lobbies – The JJ Mack Building, 33 Charterhouse Street, London
Alexander Stadium, Birmingham, Main Stand Redevelopment
Hornsey Town Hall, Crouch End, London
Berkeley Homes West End Gate, Edgware Road, London
St George London Dock, Wapping, London
Church Inn, Manchester
Orwell House, Tower Hamlets, London