Glass Fiber Composite Tile

The glass fiber composite aluminum ceiling panel is an innovative decorative ceiling material that perfectly combines high strength with lightweight characteristics. Featuring a unique sandwich structure design with aluminum alloy panels as the surface la

Product Structure:

Surface Layer: High-quality aluminum alloy panel (0.3-1.0mm thickness) with various surface treatment options

Core Layer: High-density glass fiber reinforced composite material

Bottom Layer: Protective coating or aluminum foil layer to enhance product performance

Key Advantages:

Ultra-lightweight: 40-50% lighter than solid aluminum panels

Exceptional Strength: Glass fiber core provides superior rigidity and impact resistance

Fire Resistance: Meets Class A fire rating standards (non-combustible material)

Moisture Proof: Excellent resistance to humidity and water vapor

Thermal Insulation: Low thermal conductivity for energy efficiency

Easy Installation: Modular design with concealed suspension system

Technical Specifications:

Standard Sizes: 600×600mm, 600×1200mm (custom sizes available)

Thickness Options: 8mm, 10mm, 12mm, 15mm

Surface Finishes: Powder coating, PVDF coating, anodized, wood grain, etc.

Applications:

High-end commercial spaces (airport aluminum composite ceiling panels, shopping mall fiberglass aluminum ceilings, hotels)

Healthcare facilities (hospital-grade aluminum composite ceilings, clinics)

Educational institutions

Transportation hubs

Clean rooms and laboratory antibacterial ceilings

Product Features:

Excellent flatness and dimensional stability

Superior sound absorption and noise reduction performance

100% recyclable and environmentally friendly

Long service life with low maintenance costs

Custom colors and patterns available

Quality Standards:

Complies with international standards including ASTM, EN, and GB for building materials, fire safety, and environmental protection.

Customization Services:

Available in various colors, sizes and special shapes to meet different design requirements. Custom perforation patterns can be provided to enhance acoustic performance.