High-Temperature Composite Felt: A New Generation Flame Retardant Solution for Industrial and Civil Applications

Fire hazards exist everywhere, with tens of thousands of fires occurring every year. Textile materials—widely used in clothing, home furnishing, and public environments—often become fire inducers. When exposed to flames, ordinary textiles can rapidly ignite, release toxic gases, and cause severe secondary damage to human health and property.

The Growing Need for Flame Retardant Textiles

In many professional environments, flame retardant performance is not optional but essential. Workers in high-risk industries—such as firefighters, steelmakers, welders, chemical plant operators, refinery personnel, and oilfield drilling workers—depend on protective clothing with reliable flame retardant and high-temperature resistance properties. Military combat uniforms also require stable flame retardant functionality to protect soldiers on the battlefield.

In civilian applications, flame retardant requirements are equally important. Hotels, auditoriums, theaters, public venues, and transportation vehicles such as airplanes, trains, and automobiles all rely on flame retardant fabrics for safe operation. Seat covers, curtains, bedding, and children’s clothing also benefit significantly from enhanced flame retardancy to reduce the risk of fire-related injuries.

High-Temperature Composite Felt: Designed to Meet Diverse Industry Demands

To address the increasing demand for advanced thermal protection materials, our R&D department has developed a high-temperature composite felt engineered for superior performance across multiple industries.

This composite felt is manufactured by blending aramid fibers, pre-oxidized fibers, high-temperature modified fibers, PPS, flame retardant adhesive fibers, and flame retardant polyester in scientifically optimized proportions. The result is a high-performance flame retardant felt with:

• High strength

• Improved flame retardancy

• Excellent heat resistance

• High modulus and durability

• Acid and alkali resistance

• Lightweight construction

• Significantly reduced cost

By optimizing material blending and reducing reliance on more expensive single-fiber solutions, the composite felt delivers enhanced performance at a much more competitive price. This innovation solves the long-standing industry challenges of inadequate fiber strength, weak flame retardant performance, and low cost-effectiveness in traditional materials.

A Cost-Effective, High-Performance Flame Retardant Material

While meeting strict requirements for heat resistance and fire protection, the high-temperature composite felt also offers exceptional flexibility and ease of processing, making it suitable for:

• Industrial protective clothing

• Firefighting gear

• Welding blankets

• Heat insulation layers

• High-temperature filtration

• Automotive and aerospace interiors

• Public venue decoration

• Bedding and home textiles requiring flame retardancy

Its comprehensive performance advantages have earned unanimous praise from customers across different sectors.

Conclusion

As global industries place higher emphasis on safety, durability, and compliance, flame retardant textiles play an increasingly critical role. The high-temperature composite felt developed by our team provides a powerful, cost-effective solution that meets demanding industry requirements without compromising performance. With its excellent strength, flame retardancy, and chemical resistance, it represents the next generation of thermal protection materials for both industrial and civilian applications.