PA66 Reinforced Flame Retardant

PA66 Reinforced Flame Retardant – High-Strength, Fire-Safe Engineering Nylon 66

PA66 Reinforced Flame Retardant combines glass-fiber reinforcement with flame-retardant chemistry to produce materials that preserve high mechanical strength and thermal resistance while meeting fire-safety standards. These grades are targeted at applications like high-temperature electrical connectors, power tool housings and automotive under-hood components where both structural rigidity and flame retardancy are demanded. Surface-optimized low fiber-visibility formulas are available for parts requiring better aesthetics. Offerings include various glass contents and halogen-free options to match environmental and safety requirements.

Key Features

• Flame-retardant formulation
  Designed to meet UL94 V-0, V-2, or comparable safety ratings depending on specific grade.

• Enhanced mechanical strength
  Reinforcement boosts tensile strength, stiffness, and long-term durability.

• Superior heat resistance
  Suitable for environments with elevated temperatures or continuous thermal load.

• Dimensional stability
  Reduced shrinkage and warpage, ideal for precision engineering components.

• Chemical & wear resistance
  Withstands oils, fuels, greases, and industrial chemicals.

• Electrical-safe design
  Excellent insulation and fire safety performance, ideal for electrical assemblies.

• Smooth processing
  Compatible with injection molding and precision machining.

Ideal For

• Electrical connectors, housings, and switch components

• Terminal blocks, relay parts, and circuit protection devices

• Automotive under-hood and interior flame-safe parts

• Industrial machinery components

• Power tools and high-strength structural plastics

• Heat-resistant, fire-safe engineering designs

Why Choose This Material

PA66 Reinforced Flame Retardant provides a robust combination of strength, fire protection, and dimensional accuracy, delivering performance where standard materials fall short. It is widely used in safety-critical electrical systems, automotive engineering, and industrial equipment that require both mechanical reliability and flame-retardant certification.