PA6 granules glass fiber reinforced GF30

PA6 GF30 High-Performance Reinforced Nylon with 30% Glass Fiber – Superior Mechanical Properties for Demanding Industrial Applications

PA6 GF30 is a premium engineering thermoplastic composite that combines the inherent advantages of polyamide 6 (PA6) with the structural reinforcement of 30% glass fiber. This advanced material offers enhanced mechanical performance, dimensional stability, and environmental resistance—making it ideal for high-stress and high-temperature environments across multiple industries globally. Engineered for durability, PA6 GF30 delivers consistent functionality under challenging conditions while maintaining excellent processability during injection molding or extrusion.

Key Features:

• High tensile strength and flexural rigidity due to glass fiber reinforcement
• Improved thermal stability up to 150°C without significant deformation
• Reduced moisture absorption compared to standard PA6, ensuring dimensional consistency in humid climates
• Enhanced wear resistance for components subjected to frictional forces
• Excellent chemical resistance to oils, fuels, solvents, and automotive fluids
• Low creep behavior under sustained loads, crucial for precision parts
• Good electrical insulation properties suitable for electronic housings

This reinforced nylon compound exhibits superior stiffness-to-weight ratio, which makes it an optimal choice over traditional metals or unmodified plastics in weight-sensitive applications. The addition of glass fibers significantly reduces coefficient of thermal expansion, allowing for tighter tolerances in molded parts. Unlike pure PA6, PA6 GF30 maintains its mechanical integrity even after prolonged exposure to elevated temperatures—an essential trait for under-hood automotive components and industrial machinery. Its low water uptake ensures minimal swelling or warping in varying humidity levels, improving long-term reliability in outdoor and marine settings.

Common Applications:

Engineers worldwide rely on PA6 GF30 for manufacturing critical components in sectors such as automotive, electronics, and industrial equipment. In the automotive domain, this material is commonly used for intake manifolds, air ducts, fan blades, and engine covers where heat resistance and mechanical robustness are non-negotiable. For electrical devices, PA6 GF30 serves as a reliable base for connectors, terminal blocks, switchgear enclosures, and circuit breaker housings due to its dielectric strength and flame retardancy. Additionally, it supports durable construction in power tools, household appliances, and agricultural machinery—where abrasion resistance and impact toughness are vital.

User Feedback Highlights:

Users frequently report reduced part failure rates when switching from unfilled PA6 to PA6 GF30, particularly in environments involving continuous vibration, temperature cycling, or contact with aggressive chemicals. Design engineers appreciate the improved surface finish and ease of machining post-molding, while production teams note fewer rejects due to warpage or dimensional drift during assembly processes. Many customers also highlight cost savings over metal alternatives like aluminum or brass, thanks to lighter weight and simplified tooling requirements.

Frequently Asked Questions:

Is PA6 GF30 suitable for food-contact applications? While PA6 GF30 meets general industrial standards, it is not certified for direct food contact unless specifically formulated and approved by regulatory bodies such as FDA or EU 10/2011. Always verify compliance before use in sensitive environments.

How does PA6 GF30 compare to Pa66 Gf30? Both materials offer similar reinforcement benefits, but PA66 typically provides higher melting points and better fatigue resistance. However, PA6 GF30 often demonstrates easier processing characteristics and lower raw material costs, making it a preferred option for many mid-range applications.

Can PA6 GF30 be recycled? Yes, this material can be reprocessed multiple times if handled properly, though each cycle may slightly degrade mechanical properties. Recycling programs are increasingly available through specialized plastic recyclers focused on engineering thermoplastics.

What are typical processing parameters? Injection molding temperatures generally range from 260°C to 290°C, with mold temperatures between 60°C and 80°C. Drying time should be at least 4 hours at 80°C to minimize residual moisture and ensure optimal flow and bonding within the cavity.

For global manufacturers seeking a balance of performance, affordability, and sustainability, PA6 GF30 stands out as a versatile solution for modern engineering challenges. Whether you're designing next-generation vehicle parts, smart home devices, or heavy-duty industrial gear, this reinforced nylon offers a proven path toward innovation and operational excellence.

Product Categories : PA6 Resins