Parameters | |
Maximum Sheet Size | 2,440 × 1,220mm / 3,050 × 1,220mm |
Finished Thickness | 6 or 8mm |
Panel Density | Approx. 1,400 kg/m³ |
Formaldehyde Emission | ENF |
24H Water Absorption Swelling Rate | — |
Panel Composition | Mineral fiber core |
Panel Structure | ① PVC film or SPL thin decorative laminate ② PUR adhesive ③ Mineral fiber core |
Panel Edge Processing | — |
Panel Surface Finish | — |
Panel Properties | A2 fire performance, water and moisture resistance, low formaldehyde emissions, weathering resistance and long service life. Suitable for walls and ceilings in hospitals, schools, hotels and large public buildings requiring Class A fire performance |
Decorative Surface Materials | SPL thin decorative laminate, PVC, PET or PP film |
Deep Processing Types | — |
Product Highlights | Compatible with quick-install systems for demanding commercial and healthcare environments. A premium-priced option |
WG Silicate Fiber Panel is a mineral fibre board intended for spaces where reaction to fire cannot be compromised. At approximately 1,400 kg/m3 the silicate fibre core achieves A2 classification while remaining workable as a wall and ceiling lining.
Supplied at 6mm or 8mm in 2,440 x 1,220mm and 3,050 x 1,220mm sheets, the panel combines water and moisture resistance, weathering resistance and ENF emission with a long service life. It is specified for hospitals, schools, hotels and large public buildings that must meet Class A fire requirements.
A 1,400 kg/m3 silicate fibre core resists shrinkage and keeps large ceiling fields flat over time.
A2 non-combustible performance with ENF-level emission, achieved in the board rather than by added treatment.
Thicknesses of 6mm and 8mm cover both wall lining and ceiling applications in demanding public buildings.
The board is compatible with quick-install systems, so Class A performance does not slow the programme.
Class A fire performance comes from a mineral board rather than a composite assembly, reducing system complexity.
SPL thin decorative laminate, PVC, PET or PP film can be applied to the silicate fibre surface. Because the core is dimensionally stable, large-format hospital and school interiors can be finished in woodgrain, plain colour or soft textile decors without stressing the joints.