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59%Protex-C 39%Cotton 2%Anti-static
Tianjun
Warm & Safe FR Fleece Fabric: Dual-Hazard Protection for Cold Climates
Engineered for Extreme Conditions
Warm & Safe FR Fleece Fabric represents the next generation of protective workwear textiles, specifically engineered for environments where thermal comfort, flame resistance, and electrostatic safety must coexist. This premium modacrylic cotton blend combines the reliable warmth of fleece construction with permanent FR protection and built-in static dissipation—delivering uncompromising safety without sacrificing comfort in cold-weather operations.
Performance Advantage
1. Superior Thermal Insulation
Advanced Fleece Construction: Engineered pile design traps warm air while maintaining breathability
Optimal Weight-to-Warmth Ratio: 280-320 GSM range provides maximum insulation with minimal bulk
Moisture Management: Natural cotton component wicks perspiration away from skin
Wind-Resistant Properties: Dense knit structure reduces heat loss in windy conditions
2. Permanent Flame Resistance
Inherent FR Properties: Modacrylic fibers provide non-washout flame resistance
EN11612 Compliant: Meets flash fire protection standards for industrial personnel
Self-Extinguishing: Ceases burning when ignition source is removed
Thermal Stability: Maintains protective properties across temperature extremes
3. Reliable Static Control
Static-Dissipative Technology: Surface resistivity of 10^8-10^10 Ω/sq
Prevents Electrostatic Buildup: Reduces spark risks in flammable atmospheres
Continuous Protection: Static control properties remain effective throughout garment lifespan
ESD-Safe Performance: Suitable for electronics manufacturing and explosive environments
Technical Specifications
Parameter | Specification | |
Composition | 59% Modacrylic / 39% Cotton/2%Anti-static | |
Fabric Weight | 285 ± 15 g/m² | |
Thermal Insulation | 0.85 clo | |
Flame Resistance | Char Length ≤ 100 mm | |
Surface Resistivity | 5 × 10^8 - 2 × 10^10 Ω/sq | |
Air Permeability | 5-10 cm³/s/cm² | |
Pilling Resistance | 4 (1-5 scale) | |
Tensile Strength | Warp: 450 N, Weft: 380 N | |
Colorfastness | Wash: 4, Light: 4 |
Target Applications & Industries
Primary Applications
Insulated FR Outerwear: Winter jackets, parkas, and extreme-weather gear
Protective Layering Systems: Mid-layers for arc flash and flash fire protection
Utility Work Uniforms: Cold-weather uniforms for field technicians
Process Industry PPE: Refinery and chemical plant winter workwear
Arctic Operations Gear: Specialized clothing for cold climate industrial sites
Key Industry Sectors
Industry | Specific Applications | Key Benefits | |
Oil & Gas | Arctic drilling operations, refinery maintenance | Cold protection + explosion safety | |
Electrical Utilities | Winter line work, emergency repairs | Static control + arc flash protection | |
Mining | Underground operations, surface mining in cold climates | Warmth + methane ignition prevention | |
Chemical Processing | Outdoor tank farms, pipeline maintenance | FR + static dissipation in volatile environments | |
Transportation | Rail yard operations, fuel handling in cold weather | Thermal comfort + flammable liquid safety |
Why This Fabric Stands Apart?
Warm & Safe FR Fleece Fabric solves one of the most challenging problems in protective workwear: providing adequate warmth in cold environments while maintaining critical FR and ESD protection. Traditional solutions have forced workers to choose between staying warm and staying safe—often requiring bulky, restrictive layers that compromise mobility and compliance.
Our fabric represents a fundamental advancement by integrating all three critical properties into a single, high-performance textile. The result is workwear that:
Protects against both thermal and electrical hazards
Comforts workers in extreme cold conditions
Performs reliably throughout the garment's lifespan
Complies with the most stringent industry standards
Developed in collaboration with safety managers and tested in real-world conditions, this fabric has proven its value across multiple industries where cold weather operations present unique safety challenges.