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Exposed to flash fire, arc blast and high-temperature sparks in petrochemical, power and metallurgy sites brings fatal burn risks for frontline staff? Our Aramid Flame Resistant Fabric adopts aramid fiber with inherent molecular fire-resistant structure instead of post-finish FR coating, delivering permanent self-extinguishing performance without molten dripping or toxic fumes when catching fire. High-density optimized weave balances robust tear resistance and air permeability, retaining stable protection after hundreds of industrial laundering. It is top-tier protective raw material for high-standard fireproof workwear, full customization available with steady bulk production capacity.
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Aramid owns intrinsic FR property from molecular structure (LOI>28), never relies on extra flame retardant chemical finishing. Upon open flame, fabric carbonizes rapidly to form thermal insulation barrier, self-extinguishes once away from fire source, zero molten drop to avoid secondary scalding; FR performance remains intact after repeated industrial washing, unlike coated FR fabrics whose protection fades gradually after cleaning
Aramid fiber boasts tensile strength 5~6 times of equal-weight steel, superior to cotton & regular synthetic fibers. Compact fabric weave realizes outstanding tear, puncture and abrasion resistance, standing long-term heavy friction and mechanical scratch in harsh workshops, drastically extending workwear service lifespan and cutting enterprise recurrent procurement cost.
Long-term resistant to 250℃ continuous high temperature, thermal shrinkage below 1% under extreme heat; stays intact at over 400℃ before slow decomposition without structural rupture, effectively blocking radiant heat and flash fire penetration to win precious escape time for workers in sudden fire hazards.
Resist corrosion from weak acid, alkali and industrial chemical splash, no irritant chemical additives or harmful formaldehyde. Non-toxic combustion without poisonous gas, soft handfeel reduces long-wearing fatigue, compliant with global OEKO-TEX & international protective textile safety regulations.
Our aramid FR workwear fabric uses premium meta/para aramid blended staple fiber, available in plain/twill weaving construction for diverse protection grades. Precision yarn blending & high-density weaving optimizes fiber interlace to upgrade overall physical stability and anti-deformation capacity; finished via eco low-temperature dyeing to secure superior wash & rub color fastness, no shade deviation among batches. No extra FR coating required for permanent fireproof feature. Every production lot undergoes strict lab testing including FR performance, tensile strength, shrinkage and color fastness before warehouse release to eliminate after-sale quality disputes for bulk buyers.
Petrochemical, oil & gas field anti-flash fire safety work uniforms
Power station, electric maintenance arc-flash protective workwear
Welding, metallurgy & high-temperature workshop staff safety clothing
Fire auxiliary, emergency rescue lightweight protective garments
Mining, chemical processing & hazardous material handling work attire
Government institutional high-standard fireproof customized uniform projects
As a professional special fabric manufacturer with decades of industry experience, Chibi Xiangyuan specializes in R&D, production and sales of high-performance flame retardant fabrics for industrial protective use. We operate advanced production lines and an in-house testing laboratory to ensure strict batch-to-batch quality control. Our global service team provides one-on-one support for business clients, from initial product selection to after-sales service, with stable supply capacity and fast lead times to support your production schedule.
Our MOQ for custom specifications is tailored to your specific requirements, with flexible terms to support both small-batch prototype production and large-scale bulk orders for industrial clients.
Yes, our industrial cotton twill fabric is manufactured with eco-friendly materials and processes, fully compliant with global textile safety and environmental regulations, with full test reports available for client review.
Standard bulk orders have a lead time of 15-25 days, with expedited production options available for urgent projects, coordinated through your dedicated account manager.
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