Description
Key Features
- Excellent Flame Retardancy：Effectively delays combustion and reduces fire spread.
- Good Mechanical Properties：Maintains strength and rigidity, suitable for structural applications.
- Thermal Stability：Retains performance at high temperatures, suitable for high-temperature environments.
- Chemical Resistance：Offers good resistance to most chemicals.
Applications
- Electrical Equipment：Used in cable insulation, electronic components, and electrical enclosures to enhance safety.
- Building Materials：Used in building and decorative materials to improve fire resistance.
- Automotive Components：Suitable for both interior and exterior automotive parts to enhance safety.
- Consumer Electronics：Used in electronic device housings and components to meet flame retardant requirements.
Processing Methods
- Injection Molding：Commonly used for producing precise flame-retardant parts and complex shapes.
- Extrusion：Used for manufacturing long profiles and stable flame-retardant products.
Advantages
- Superior Thermal Stability：Retains original performance even in high-temperature environments.
- Wide Industrial Applications：Suitable for a wide range of industrial applications requiring heat resistance.
- Long Service Life：Ideal for continuous operation in high temperatures over extended periods.
Usage Recommendations
- Use appropriate processing temperatures and mold designs to maximize the material’s flame retardant properties.
- Avoid extreme temperature fluctuations during storage and use to ensure product stability.
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