Carbon Fiber FR is an industrial carbon fiber filament engineered for flame retardant composite printing in environments where fire safety and mechanical performance must coexist. The material supports aerospace composite manufacturing and other regulated applications by delivering high stiffness, low weight, and controlled flame behavior for safety-critical components.
Carbon Fiber FR gives engineering teams a fire-rated composite that maintains structural performance under heat. This fire-safe structural material uses a flame-retardant resin system that slows ignition, reduces smoke, and supports compliance with standards such as FAR 25.853. As a result, it’s ideal for lightweight, rigid flame retardant composite 3D printed parts that meet demanding safety codes without sacrificing mechanical capability.
Its heat-resistant formulation keeps parts stable during continuous thermal loading, making it suitable for housings, brackets, covers, and internal structures used near electrical systems or high-temperature assemblies. This combination of stiffness, heat tolerance, and flame control provides consistent performance across industrial environments.
Carbon Fiber FR is widely used in aerospace composite manufacturing to meet low mass and fire resistant requirements. Engineers rely on it for interior panels, equipment mounts, and assemblies that must meet strict flammability requirements. Automotive and rail applications also leverage its high strength-to-weight ratio and stable dimensional performance under thermal cycling. In addition, electronics, automation, and power-distribution systems rely on this material for enclosures, chassis structures, and cable-management components. Its predictable thermal response and high rigidity maintain stability during continuous loading and elevated temperatures.
Carbon Fiber FR forms the base for FR tubing used in high-temperature routing applications. This tubing protects electrical harnesses, pneumatic lines, and hydraulic conduits from flame exposure. In addition, its low weight reduces load on the system while meeting safety requirements for aircraft, rail, and industrial power systems. Engineers deploy FR tubing when conventional materials cannot withstand heat or mechanical stress.
