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Our antistatic flame-retardant sateen for apparel is a high-performance protective fabric engineered exclusively for safety workwear and protective apparel manufacturing. Built with premium raw materials, advanced Proban flame retardant technology and durable flame retardant coating treatment, this FR anti-static sateen delivers dual core protection of long-lasting flame retardancy and stable antistatic performance, while maintaining exceptional softness and wear resistance. Designed to meet rigorous demands of high-risk working environments, our fabric balances reliable safety protection, long-term durability and all-day wearing comfort, making it the preferred choice for enterprise customers in the industrial safety sector.
This petrochemical FR fabric integrates industry-leading flame retardant and antistatic properties in one material, eliminating the need for multi-layer fabric compounding and simplifying your apparel production process. The stable antistatic performance effectively prevents electrostatic accumulation and discharge, while the flame retardant treatment resists ignition, melt dripping and flame spread, fully protecting workers in explosive and flammable environments.
Adopting specialized durable coating treatment, the protective performance of our antistatic flame-retardant sateen remains stable after over 50 industrial washing cycles, avoiding performance degradation common in low-grade fabrics. This extends the service life of finished workwear, reduces repeated procurement costs for your business, and improves overall supply chain efficiency.
With optimized sateen weave structure, the fabric features a smooth hand feel, excellent air permeability and flexibility, adapting to long hours of high-intensity work without causing discomfort. This helps improve employee compliance with safety dress codes, reduces work fatigue, and enhances overall on-site work efficiency for your enterprise.
Items | Material | Yarn Count | Density | Width | Gram Weight (g/㎡) |
Flame Retardant & Antistatic Sateen | 100% Cotton | 16×10 | 108×56 | 57/58" | 310 |
Flame Retardant & Antistatic Sateen | 100% Cotton | 32/2×10 | 108×58 | 57/58" | 320 |
Flame Retardant & Antistatic Sateen | 100% Cotton | 12×10 | 86×55 | 62" | 340 |
Flame Retardant & Antistatic Sateen | 100% Cotton | 32/2×8 | 108×58 | 57/58" | 342 |
Our antistatic flame-retardant sateen for apparel has passed strict performance tests and fully complies with major international safety standards, including EN 11611, EN 11612, NFPA 2112, NFPA 70E, BS 5852, and ASTM F1959. All test reports are available upon request, helping your business meet global market access requirements, avoid regulatory compliance risks, and expand your overseas business footprint with confidence.
This high-performance FR anti-static sateen is ideal for manufacturing safety apparel for high-risk industries, including petrochemical processing, underground mining, power generation and distribution, gas and oil exploration, welding operations, and other flammable and explosive working environments. It is also suitable for professional workwear in firefighting auxiliary, aerospace ground support, and chemical manufacturing sectors.
We offer comprehensive customization services for industrial bulk purchasers and enterprise customers, including adjustable yarn count, density, fabric width, gram weight, and additional functional finishing (waterproof, oil-proof, anti-fouling). We support sample customization for formula and specification adjustment, as well as full OEM/ODM services to match your brand and product positioning. Our in-house R&D and production teams ensure fast sample turnaround and stable bulk production lead times to meet your project demands.
The protective performance of our antistatic flame-retardant sateen remains stable after more than 50 industrial washing cycles, with no significant attenuation of flame retardant or antistatic properties, meeting long-term industrial use requirements.
Yes, we can provide complete third-party test reports for all relevant international safety standards to support your product compliance verification and market access applications.
We offer flexible MOQ settings for enterprise customers, with adjusted minimum order quantities for custom specifications to support both small-batch trial production and large-scale bulk procurement.
Core ChallengesChemical facilities present a dual threat: the risk of fire and explosion, combined with the danger of penetration by corrosive chemicals. Protective gear must seamlessly integrate inherent flame retardancy with chemical resistance and impermeability, while also providing reliable ant
Core ChallengesMolten metal splatter, intense thermal radiation, and abrasion from sharp edges constitute common sources of injury in heavy industry. Protective clothing must integrate flame-retardant, molten-metal-resistant, highly abrasion-resistant, and tear-resistant properties to withstand comp
Core ChallengesHigh-voltage operations and maintenance personnel face direct exposure to the lethal risks of electric arcs and shocks. The intense heat and shockwaves instantly unleashed during an arc flash fault demand protective clothing with absolutely reliable flame-retardant, insulating, and an
Core ChallengesExploration, refining, and processing operations in the oil and gas sector are characterized by high-risk environments and frequent hazards. Flash fires, sudden combustion events, and electrical arc faults pose direct threats to personnel safety; however, traditional protective gear o
"Safety and labour protection"BIOT 2024
Chibi Xiangyuan Special Fabric Co., Ltd., established in 1987, has been deeply rooted in the field of special functional protective fabrics for over 30 years, building industry barriers through "full-chain intelligent manufacturing + technological innovation." As one of the earliest special fabric e
Chibi Xiangyuan Special Fabric Co., Ltd., established in 1987, has been deeply rooted in the field of special functional protective fabrics for over 30 years, building industry barriers through "full-chain intelligent manufacturing + technological innovation." As one of the earliest special fabric e