Armstrong MESH Board, Tegular, MicroLook - Ceiling tile
Verified by manufacturer 2 months ago
MESH Board - KD100
MESH Board - KD100
Armstrong MESH Board, Tegular, MicroLook.
Application
For application in transport hubs, renovation projects wanting a modern touch and in general spaces with large ceiling areas.
Description
Ceiling mesh lay-in that can achieve an industrial and contemporary look.
Features and benefits:
- Installed with standard exposed suspension systems.
- High open area solution.
- Additional design options available including dimensions, colours, patterns and cut-outs.
General information
Color | White Black Grey Other |
Finish | Other |
Material | Steel |
Shape | Square Rectangle |
Length | 600 mm 1200 mm |
Width | 600 mm |
Height | 1 mm 1.5 mm |
Warranty description | Manufacturer guidancePlease refer to manufacturer guidelines. |
Uniclass | |
CAWS | K40/10 Unit/ modular suspended ceilings K40/115 Unit/ modular suspended ceiling system |
Specification data - Metal infill units
Third-party certification | Indoor Air Quality Class A+, Cradle to cradle certified silver. |
Fire performance | |
Reaction to fire | To EN 13501-1, Euroclass A2-s1, d0. |
Unit type | Metal infill units. |
Material | Steel. |
Recycled content | 14%. |
Unit size | 600 x 600 mm.625 x 625 mm.1200 x 600 mm.1250 x 625 mm. |
Factory finish | |
Finish | Galvanized. |
Colour | White RAL 9010.RAL 9005.RAL 9006.RAL 9007. |
Thicknesses | 1 mm. |
Open space | 35%. |
System | Exposed demountable - System C (24 mm T-Grid, butt-cut. |
Weight | 4.1 - 4.4 kg/m². |
Constant humidity resistance | 95% RH. |
Ceiling support | Metal suspended ceiling hangers. |
Support fasteners | Galvanized steel. |
Sustainability data
Contains Red List materials | No |
Country of material origin | Italy |
Country of product manufacture | Italy |
Material | Steel |
Embodied carbonA1-A3 (production stage) as defined in BS EN 15804 | Manufacturer guidancePlease refer to EPD. |
Recyclability | 95% |
Recycled contentAs defined in clause 7.8 of BS EN ISO 14021 | 14 % |
Literature
ARMSTRONG MESH Lay-In