Volcanic rock-derived textiles with nano-SiO₂ surface treatment deliver 40% higher resin adhesion than E-glass. Engineered for ballistic resistance, chemical immunity (pH 1–14), and thermal stability (-269°C to 760°C), these fabrics cut composite production time by 30% with 2.8–4.0-second resin saturation. Core advantages:
✅ Military-Grade Protection: 880g/m² twill passes NIJ Level IV (backface deformation <25mm) and NATO STANAG 4569 LV3
✅ Fireproof Superiority: Withstands 760°C continuous heat (outperforms aramid's 550°C limit), zero toxic fume release
✅ Rapid Processing: 3x faster resin impregnation vs. E-glass (ISO 22062 certified)
✅ Eco-Certified: REACH-compliant, 100% biodegradable, zero VOC emissions
| Product Series | Weave Architecture | Primary Industries | Global Flagship Projects | 
|---|---|---|---|
| 200g/m² Plain | Ultra-thin (0.18±0.02mm) | Automotive silencers, pipe wrapping | Tesla Cybertruck exhaust systems (2024) | 
| 350g/m² Twill | Bi-axial shear-resistant | Ship hulls, wind turbine spar caps | LNG carrier bulkhead corrosion lining | 
| 400g/m² Plain | High-density grid (COF≥0.75) | Seismic retrofitting, chemical tanks | Hong Kong-Zhuhai Bridge pier repair | 
| 880g/m² Twill | Multi-layer ballistic backing | Military armor, firefighting suits | Type 99A tank turrets; Wuhan Textile Univ. 1200°C fire suit | 
Selection Guide:
- Fire Protection: 400g/m² plain weave replaces aramid at 50% lower cost for 650°C-rated gear
 - Armor Systems: 880g/m² twill certified for NATO blast walls and vehicle armor
 
| Parameter | 200g/m² Plain | 350g/m² Twill | 400g/m² Plain | 880g/m² Twill | Test Method | 
|---|---|---|---|---|---|
| Weight Tolerance | ±10 g/m² | ±15 g/m² | ±20 g/m² | ±30 g/m² | ISO 3374 | 
| Warp Tensile Strength | ≥1100 N/50mm | ≥1500 N/50mm | ≥1800 N/50mm | ≥3560 N/50mm | ISO 13934-1 | 
| Weft Tensile Strength | ≥1100 N/50mm | ≥1500 N/50mm | ≥1800 N/50mm | ≥3560 N/50mm | ISO 13934-1 | 
| Temp. Resistance | -269°C~480°C | -269°C~550°C | -269°C~650°C | -269°C~760°C | ISO 22062 | 
| Resin Saturation Time | 2.8 sec | 3.1 sec | 3.5 sec | 4.0 sec | GB/T 38111 | 
| Flammability Rating | A1 Non-combustible | A1 Non-combustible | A1 Non-combustible | A1 Non-combustible | EN 13501-1 | 
| Protection Layer | Technical Specification | Certification | 
|---|---|---|
| Anti-Crush Core | Aerospace Al tube (Φ=300mm, load 1.2T) | MIL-STD-2073 | 
| Moisture Barrier | Anti-static Al-foil + O₂ indicator (≤0.02% RH) | ISO 2230 | 
| Impact Crate | Steel reusable crate (stack load 5T) | ISTA 6A | 
| Parameter | Control Standard | IoT Monitoring | Critical Alerts | 
|---|---|---|---|
| Temperature | 15°C–25°C | Industrial sensors (±0.3°C) | >30°C activates liquid N₂ | 
| Humidity | ≤40% RH | MEMS hygrometer array (±1% RH) | >50% RH triggers dehumidifiers | 
| Stacking | Rolls vertical ≤3 layers | AI deformation scan | 0.5mm distortion alert | 
| UV Exposure | Full-spectrum barrier | Auto UV intensity sensor | >5μW/cm² deploys shades | 
Compliance Notes:
- NEVER stack horizontally – causes fiber misalignment (use vertical racks)
 - BAN chlorine solvents – degrades silane coating (e.g., dichloromethane)
 

