30% Glass Fiber Reinforced Flame Retardant Beige PET Resin delivers superior fire resistance, enhanced mechanical strength, and excellent thermal stability. Designed for electrical enclosures, automotive components, and industrial applications, it ensures durability, safety, and long-term reliability.
Product Overview
The 30% glass fiber reinforced flame retardant beige PET resin is a high-performance engineering plastic enhanced with glass fiber and flame-retardant properties, meeting UL94-V0 flame retardant standards. This material provides excellent strength and toughness while exhibiting low warpage and outstanding heat resistance, making it ideal for high-demand injection molding products. It is widely used in fields requiring high mechanical performance and electrical safety, satisfying the needs of various precision products.
Key Features
- Low Warpage: The molded product maintains good shape stability, reducing dimensional changes and enhancing manufacturing precision.
- High Strength and Toughness: Offers excellent compressive strength while maintaining good impact resistance, suitable for high-load environments.
- Excellent Flame Retardant Performance: Complies with UL94-V0 standard, effectively improving product safety and reducing fire risks.
- High-Temperature Resistance: Maintains excellent physical and mechanical properties in high-temperature environments.
Applications
This material is widely used in various high-performance and precision applications:
- Precision Machinery: Ideal for manufacturing high-strength, durable mechanical components.
- Electronic and Electrical Casings: Commonly used for enclosures in various electronic products, offering superior protection.
- Connectors: Suitable for making electronic connection components, meeting high-strength and heat-resistance requirements.
- Fuse Boxes: Used for fuse box housings, providing excellent electrical performance and safety.
- Fan Blades: Perfect for fan blades and other high-temperature, high-load applications, offering long-lasting stable performance.
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