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| Product name | 210gsm meta-aramid plaid flame retardant fabric |
| Material | 98% meta-aramid 2% conductive fiber |
| Color | Red |
| Function | Special protective clothing, fire clothing, petrochemical protective clothing, etc |
| Gram weight | 210gsm (other gram weights are customized according to customer needs) |
Meta-aramid (e.g., DuPont's Nomex®, Teijin's Conex®) flame-retardant fabrics are widely used in industrial applications due to their exceptional heat resistance, flame retardancy, chemical stability, and abrasion resistance. Below are their key industrial applications and typical use cases.
Applications: Metallurgy, foundries, welding, glass manufacturing, firefighting, and other high-temperature work environments.
Performance Requirements:
Heat Resistance: Long-term use at 200-250°C, short-term exposure up to 500°C (e.g., direct flame contact).
Flame Retardancy: Complies with EN ISO 11612 (heat and flame protection) and NFPA 2112 (industrial fire-resistant clothing).
Low Thermal Shrinkage: Maintains dimensional stability under heat to prevent skin exposure.
Typical Products:
Arc-rated protective clothing (electrical industry).
Welding gear (flame-resistant + molten metal splash protection).
Purpose: Extinguishing small fires, wrapping hot equipment, or emergency escape protection.
Features:
Lightweight (safer and more eco-friendly than asbestos blankets).
Reusable (chemically resistant, slow aging).
Industrial Use:
Chemical plants, laboratories, power facilities.
Applications: Cement plants, steel mills, coal-fired boilers, waste incineration plants (high-temperature, high-dust environments).
Advantages:
Heat Resistance: Continuous operation at 200°C, peak resistance at 250°C.
Chemical Resistance: Better than polyester filters, suitable for corrosive gases (e.g., SO, NO).
Low Shrinkage: Maintains filtration efficiency under heat.
Comparison:
PTFE Filters: Higher temperature resistance (260°C) but expensive.
Fiberglass Filters: Heat-resistant but brittle and prone to damage.
Applications: Filter cloths for strong acids/alkalis (e.g., electroplating solutions).
Properties:
Resistant to most chemicals (except hydrofluoric acid, HF).
High mechanical strength, withstands high-pressure filtration.
Applications: Insulation layers for high-voltage motors, generators, and transformers.
Advantages:
Corona Resistance: Better than organic materials, extends equipment lifespan.
Thermal Stability: Class H insulation (long-term use at 180°C).
Typical Products:
Insulation sleeves, slot wedges, mica-reinforced composites.
Purpose: Aramid-coated separators (e.g., Li-ion batteries).
Function:
Enhances thermal stability (prevents thermal runaway).
Improves mechanical strength (resists dendrite penetration).
Applications: Food baking, ceramic sintering, metallurgy (hot material transport).
Features:
Heat-resistant, anti-stick (e.g., coke, molten sugar).
Anti-static options (conductive fiber blends available).
Purpose: Sealing for pipe flanges, reactor vessels.
Comparison:
Asbestos Gaskets: Carcinogenic, being phased out.
Graphite Gaskets: Higher temperature resistance but fragile.
Aramid Gaskets: Balanced heat resistance (<300°C) and flexibility.
Applications: Passenger seat covers, cabin insulation.
Standards: Complies with FAR 25.853 (aviation flame retardancy), ABD 0031 (Airbus standards).
Applications: Tank linings, explosion-proof blankets, pilot fire suits.
Properties:
Flame-resistant + shrapnel protection (aramid + UHMWPE composites).
Arc-resistant gloves (electrical maintenance).
High-temperature tape backing (e.g., PCB soldering protection).
Friction material reinforcement (brake pads, clutch linings).
| Property | Meta-Aramid (Nomex®) | Para-Aramid (Kevlar®) |
|---|---|---|
| Heat Resistance | 200-250°C (long-term) | 160°C (degrades at high temps) |
| Flame Retardancy | Self-extinguishing, LOI≥28% | Flammable (requires treatment) |
| Strength | Moderate (heat focus) | Ultra-high (bulletproof, cut-resistant) |
| Primary Uses | Fireproofing, insulation, filtration | Ballistics, cables, composites |
Nano-modification: E.g., graphene/aramid composites for enhanced thermal/electrical conductivity.
Smart Flame Retardancy: Temperature-sensitive coatings (auto-enhanced protection at high heat).
Eco-friendly Processes: Reducing organic solvent use in production.
Meta-aramid flame-retardant fabrics provide optimal balance of heat resistance, flame retardancy, and mechanical performance, making them a safer alternative to asbestos and fiberglass in industrial applications.
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