| Customization: | Available |
|---|---|
| Applications: | Agriculture, Auto, Fire Fighting, Garment, Home Textile, Industry, Security |
| Certifications: | SGS |
|
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Aramid-Aluminum Composite Flame Resistant Fabric: Ultimate Thermal Protection with Reflective Shielding
Introduction:
Engineered for extreme environments, our aramid-aluminum composite flame resistant fabric combines the unparalleled heat resistance of aramid fibers with the radiant heat reflection of aluminum foil. This innovative hybrid material delivers dual protection-blocking direct flame contact while reflecting up to 90% of radiant heat-making it ideal for foundries, electrical utilities, and high-temperature industrial applications where conventional FR fabrics fall short.
Dual Defense System
Aramid fibers provide structural flame resistance (self-extinguishing)
Aluminum layer reflects infrared radiation (up to 1500°C/2732°F reflective capacity)
Enhanced Durability
Withstands 100+ industrial washes (EN ISO 15797 certified)
Aluminum layer bonded with high-temp adhesive prevents delamination
Breathable Protection
Micro-perforated aluminum variants available for controlled airflow
30% lighter than traditional aluminized fiberglass solutions
Multi-Hazard Resistance
Passes EN ISO 11612 (flame/heat) and EN ISO 14116 (limited flame spread)
Optional anti-static treatment
| Property | Aramid-Aluminum Composite | Standard Aramid Fabric | Aluminized Fiberglass |
|---|---|---|---|
| Max Continuous Heat | 600°C (1112°F) + 90% reflectivity | 500°C (932°F) | 800°C (1472°F) reflect only |
| Tensile Strength | 850 MPa (warp) | 650 MPa | 300 MPa |
| Weight (GSM) | 320±10 | 280±10 | 400±20 |
| Flexibility | Moderate (score 4/5) | High (5/5) | Low (2/5) |
| Water Vapor Transmission | 2000 g/m²/24h (perforated) | 2500 g/m²/24h | <500 g/m²/24h |
| Arc Rating (ATPV) | 12 cal/cm² | 8 cal/cm² | N/A |
1. Metal Processing
Protects against molten metal splashes (aluminum/iron) + radiant furnace heat
Used in foundry aprons, sleeve protectors
2. Electrical Arc Flash Protection
Reflective surface reduces incident energy exposure
Meets NFPA 70E Category 2 requirements
3. Emergency Fire Blankets
Combines flame containment with heat reflection
Passes EN 1869:1997 standard
4. Petrochemical PPE
Deflects hydrocarbon fire radiant heat (tested per ISO 6942)
Anti-static options for Zone 1 hazardous areas
Third-party tested to:
• ASTM F1930 (Radiant Heat Resistance)
• EN 1149-5 (Electrostatic Dissipation)
• ISO 9151 (Flame Spread Prevention)
• 50 Industrial Launderings (with reflectance retention testing)
Traditional aluminized fabrics sacrifice mobility for protection, while standard aramid lacks radiant heat defense. Our composite solves this through:
Patented Bonding Technology - Aluminum stays flexible after 10,000+ flex cycles
Smart Perforation - Laser-cut micro-holes maintain 85% reflectivity while improving breathability
Economic Efficiency - 2X service life compared to layered alternatives
Customization Options:
Aluminum Thickness: 25μm/50μm/100μm
Aramid Blends: Para-aramid (golden) vs. Meta-aramid (white) base
Surface Treatments: Hydrophobic, antimicrobial, or colored PVDF coatings
Conclusion:
For industries where radiant heat poses equal danger to direct flames, our aramid-aluminum composite sets a new protection benchmark. It's where cutting-edge material science meets real-world usability-without compromising worker mobility or comfort.
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