Fire Rated ACP Panel Sheets: 5.0mm Thickness, Brushed Metal Surface, Suitable for Column Casings and Partitions

Company Profile

    Established in 1999, Foshan Nanhai Huashi Decoration Material Co., Ltd. is a leading manufacturer of aluminum composite panels (ACP), backed by advanced continuous extrusion technology and a robust commitment to quality. Our "Richly Bound" brand reflects our dedication to producing a diverse range of high-quality decorative materials for the global construction and interior design markets. We are proud to be one of the first in the industry to achieve ISO 9001:2008 certification, and we continue to earn widespread recognition across various sectors.

Product Overview

Our 5.0mm thick fire-rated aluminum composite panel (ACP) sheets feature a brushed metal surface finish that adds a refined, modern texture ideal for premium architectural interiors. Engineered specifically for applications such as column casings, interior partitions, and wall features, this product delivers an exceptional balance of fire resistance, aesthetic appeal, structural strength, and processability.

Key Features

1. Certified A2 Fire Performance
Independently tested by the National Research Center of Testing Techniques for Building Materials, this product meets the A2-s1, d0, t0 classification under GB 8624-2012:

• Minimal heat release and no flaming droplets within 600 seconds

• Very low smoke emission (SMOGRA ≤ 1 m²/s²)

• No visible deformation or delamination under high temperature

• Toxic smoke index ZA1, meeting Quasi Safety Level-One standards

• Core material calorific value only 1.9 MJ/kg, well below the ≤3.0 MJ/kg threshold

2. Enhanced Structural Properties
Conforming to GB/T 17748-2016, our panels exhibit:

• Bending strength: up to 124 MPa

• Climbing drum peel strength: average 128 N·mm/mm, no detachment

• Shear strength: 30.4 MPa

• Thermal distortion temperature: up to 97°C

• Dimensional precision: controlled thickness, flatness, and edge alignment

• Durability: coating thickness exceeds 38 μm, far above the minimum 25 μm requirement

3. Refined Brushed Metal Aesthetic

• Brushed aluminum surface offers a high-end, contemporary look

• Ideal for visible architectural elements such as columns and partitions

• Resistant to fingerprints, scratches, and stains, ensuring long-term visual appeal

4. Superior Weather and Chemical Resistance

• Coating maintains color and gloss for over 20 years of outdoor or indoor use

• Acid (10% H₂SO₄), alkali (10% NaOH), and salt mist resistant

• No visible changes after exposure to solvents, oils, or boiling water

• Contamination resistance index: 2.1%, well below the 5% maximum

5. Lightweight and Versatile

• High strength-to-weight ratio ensures easy handling and installation

• Approximately 60% lighter than solid aluminum sheets

• Compatible with common woodworking and metalworking tools

• Supports processing techniques like cutting, milling, folding, bending, punching, welding, and printing

Application Scenarios

Due to its fire safety, brushed finish, and structural integrity, this product is widely used in:

• Column Cladding: Ideal for architectural columns in commercial buildings, malls, and public spaces

• Interior Partitions: Lightweight, elegant dividers in offices, retail stores, and exhibition spaces

• Wall Features: Modern metallic accent walls in lobbies, elevators, and corridors

• Hotel and Retail Interiors: Elegant finishes for upscale hospitality and boutique environments

• Transport Terminals & Public Spaces: High-performance panels for high-traffic indoor locations

Conclusion

The Fire Rated ACP Panel Sheets: 5.0mm thickness, brushed metal surface are more than a decorative element—they are a reliable, safety-rated architectural solution. With proven A2-grade fire resistance, durable coatings, precise dimensions, and easy workability, this panel is an ideal choice for designers and builders seeking both performance and style.

For detailed technical data sheets, customization options, or price inquiries, please contact our sales team directly.