Type A Aluminum Honeycomb Ceiling Panel
Product Description
Type A Aluminum Honeycomb Ceiling Panel
Product Introduction:
The Type A Aluminum Honeycomb Ceiling Panel is a premium acoustic and architectural ceiling solution combining lightweight construction with exceptional structural strength. Featuring a unique aluminum honeycomb core sandwiched between two aluminum face sheets, this panel delivers outstanding sound absorption, rigidity, and durability in one sleek package.
Engineered for both functional and decorative applications, the Type A panel effectively reduces noise through its porous honeycomb structure while maintaining a flat, warp-resistant surface. It is ideal for high-traffic areas, modern commercial interiors, and environments requiring both acoustic control and aesthetic appeal.
Product Parameters：
| Type | C9 | C10 |
| Fire Class | B-0 | B-0 |
| Sound Reduction | / | / |
| Weight | 12.0kg/m² | 11.9kg/m² |
| Thickness | 30mm | 25mm |
| Core material | Alu.honeycomb | |
| Surface finish | PVC film/Powder painted+Galvanized steel plate | PVC film/Powder painted+Aluminum plate |
| Dimension | Thickness×550mm Width×Required Length(Max3500mm) | |
| Tolerances | Width(-1,0),Height±3,Thickness(-1,0) | |
Installation Drawing:
Key Features:
*High sound absorption – Excellent NRC (Noise Reduction Coefficient) performance
*Ultra-lightweight – Easy to handle and install
*Superior flatness – No sagging even over large spans
*Corrosion-resistant – Suitable for humid or coastal environments
*Fire-retardant – Compliant with international building safety codes
*Customizable finishes – Available in painted, perforated, or wood-grain surfaces
Typical Applications:
*Airports and transit hubs
*Office open ceilings
*Auditoriums and theaters
*Hospitals and clean rooms
*Shopping malls and lobbies
*Conference rooms and recording studios
The Type A Aluminum Honeycomb Ceiling Panel is the ideal choice for architects and contractors seeking a high-end, noise-reducing ceiling system that does not compromise on strength or design flexibility.