Long-Glass-Fiber-Reinforced-Polymer (GFRP) Granules PA6 high technology composite plastics are revolutionizing the automotive and aircraft industries. By replacing heavy, perishable metal with lightweight, stronger, and more durable composite plastics, this material offers superior performance. Our unique patented manufacturing process ensures top-tier quality for modern industrial applications.
Material Performance & Applications
PA6 + 10%/15%/25% GF
Key Features: High mechanical strength and excellent electrical performance.
Common Uses: Mechanical parts and automotive components.
PA6 + 30% GF
Key Features: High mechanical strength combined with versatility.
Common Uses: Mechanical parts, electrical parts, power tool housings, fishing gear, coil frameworks, automotive parts, and track gauge blocks.
PA6 + 40% GF
Key Features: Exceptional thermal stability and excellent combination properties.
Common Uses: Automotive front frames, fuel tank caps, and rearview mirrors.
PA6 + 50% GF
Key Features: Ultra-high strength for heavy-duty requirements.
Common Uses: Structural mechanical parts and high-stress automotive components.
Frequently Asked Questions
1. What are the benefits of using PA6 GFRP over traditional metal?
PA6 GFRP is significantly lighter than metal, which helps reduce overall weight in automotive and aircraft applications. It is also more durable, resistant to corrosion, and maintains high mechanical strength.
2. Which glass fiber percentage is best for electrical tools?
The PA6+30GF (30% Glass Fiber) variant is ideal for electrical parts and power tool housings due to its balanced mechanical strength and electrical performance.
3. Can PA6 GFRP handle high-temperature environments?
Yes, specifically the PA6+40GF grade offers excellent thermal stability, making it suitable for automotive engine-related parts like fuel tank caps and front frames.
4. What makes the manufacturing process of these granules unique?
The materials are produced using a unique patented manufacturing process that optimizes the integration of long glass fibers within the polymer matrix for superior reinforcement.
5. Is PA6+50GF suitable for structural components?
Absolutely. With 50% glass fiber reinforcement, this grade is designed for high-strength mechanical parts and automotive components that require maximum structural integrity.
6. In which industries is GFRP most commonly used?
It is primarily used in the automotive and aircraft industries, but it is also widely adopted in mechanical manufacturing, electrical engineering, and professional outdoor gear like fishing equipment.