new material
15% Glass Fiber Reinforced Halogen-Free Flame Retardant Natural PA66 Resin provides superior mechanical strength, excellent flame resistance, and enhanced thermal stability. Designed for electrical components, automotive applications, and industrial uses, it ensures safety, durability, and high performance.
Product Overview
The 15% glass fiber reinforced halogen-free flame retardant natural PA66 resin is a high-performance injection-molding grade engineering plastic. It features 15% glass fiber reinforcement and halogen-free flame retardancy, meeting the UL94-V0 flame retardant standard. This material is widely used in the electronics, electrical, and computer equipment industries. Combining high fluidity, excellent surface hardness, and high strength, it delivers outstanding physical properties while offering safer fire protection without the use of halogens.
Key Features
- High Fluidity: Provides excellent flowability, facilitating easy injection molding and suitable for complex mold designs.
- Superior Surface Hardness: Offers exceptional surface hardness, enhancing wear resistance and scratch resistance.
- High Strength: Exhibits good mechanical strength, capable of withstanding external stresses and extending product lifespan.
- Halogen-Free Flame Retardancy: Halogen-free design complies with environmental safety requirements, with flame retardant properties that meet the UL94-V0 standard, ensuring enhanced fire safety.
Applications
This material is widely used in industries that require excellent fire safety, durability, and performance:
- Micro Switches: Used for housings and components in micro switches, offering stable mechanical performance and excellent electrical insulation.
- Connectors: Suitable for electronic connectors, ensuring safe connections and good electrical performance.
- Computers and Peripheral Equipment: Ideal for computer housings, connection parts, and other components, improving device safety and durability.
- Current Connectors: Used for current connector components, providing strength and safe fire protection to ensure safety during high-current transmission.
