High-performance flame and heat resistant textiles for welding, foundries, steel mills, firefighting, thermal insulation, fire barriers, and other industrial environments exposed to elevated temperatures.
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Fireproof Oxidized PAN Twill Fabric 295 g/m² Factory Direct for Industrial Protective Clothing
LOI 45+ Oxidized PAN Fiber Fireproof Fabric 535 g/m² Factory Direct Price
Factory Direct Silicone Composite Fireproof Begoodtex® OPF (B-OPF) 570 g/m² for Welding
Heavy Duty Aluminized Begoodtex® OPF (B-OPF) Fireproof Fabric 575 g/m² for Steel Mills
High Heat Reflective Aluminized Begoodtex® OPF (B-OPF) Fireproof Fabric 345 g/m² for Foundry
Begoodtex® OPF Non-Combustible Oxidized PAN Fabric 160 g/m² for Industrial Welding Suits
Textured Woven Fiberglass Acoustic Fabric (EN 13501-1 A2-s1,d0) – 300 GSM Dark Blue
Certified EN 13501-1 A2-s1,d0 Woven Fiberglass Acoustic Fabric – Black
Woven Fiberglass Acoustic Fabric (EN 13501-1 A2-s1,d0) for Architectural Interiors
High-Strength Inherent FR Para-Aramid Spunlace Non-woven Fabric
Inherent FR Meta-Aramid (Aramid 1313) Non-woven Insulation Felt – 220°C Heat Resistance
High-Temperature Polyimide (PI) Non-woven Fabric Insulation Felt (260°C Continuous Use)
Inherent FR Pre-oxidized (Pre-ox) Fiber Felt for Automotive & Industrial Insulation
High Silica Fiberglass Fabric for 1000°C Thermal Insulation Certified EN 13501-1 A2-s1,d0
Inherent FR Para-Aramid (Aramid 1414) Knitted Fabric for High-Strength Protective Linings
Aluminized Meta-Aramid (Aramid 1313) Fabric for Radiant Heat Protection
IFR + Heat Resistant Fabric is designed for environments where textiles may be exposed to high temperatures, radiant heat, sparks, flame, or hot industrial processes.
Unlike interior Temperature Protection fabrics, this category focuses on industrial thermal protection. BEGOODTEX's current range includes Oxidized PAN, Fiberglass, High-Silica Fiberglass, Polyimide, Aramid, and coated or aluminized composite materials.
These two terms describe different performance requirements.
Flame Retardant Fabric focuses primarily on ignition, flame spread, and behavior after exposure to a flame source.
Heat Resistant Fabric must also withstand elevated temperatures or thermal exposure while maintaining the performance required by the application.
A fabric passing a flame test should therefore not automatically be assumed suitable for continuous high-temperature use.
Different heat-resistant fibers serve different applications.
Oxidized PAN provides inherent fire resistance, a high LOI, non-melting behavior, and textile flexibility, making it suitable for welding PPE, fire curtains, and industrial protective products.
Fiberglass is commonly used for fire barriers, welding blankets, insulation jackets, and equipment protection. Standard fiberglass products are intended for high-temperature industrial use rather than close-to-skin apparel.
High-Silica Fiberglass is selected for more severe thermal environments. BEGOODTEX BG-L28-201 contains more than 96% SiO₂ and is specified for 1000°C continuous-use insulation applications.
Typical applications include:
The required material should be selected according to the temperature range, heat source, exposure duration, molten-metal risk, flexibility, weight, and whether the material contacts the wearer directly.
The applicable standard depends heavily on the final application.
Selected BEGOODTEX Oxidized PAN and industrial protective fabrics currently support standards such as EN ISO 11611, EN ISO 11612, EN ISO 14116, NFPA 2112, and EN 469, depending on the product.
High-Silica Fiberglass BG-L28-201 currently lists EN 13501-1 A2-s1,d0, EN 469, EN ISO 11611, EN ISO 11612, EN ISO 14116, FAR 25.853, and NFPA 2112.
Because temperature resistance, flame resistance, radiant-heat protection, and molten-metal protection are different performance requirements, buyers should confirm the specific temperature rating and application-specific test report for the exact material.
