PA6 gf30 halogen-free FR granules

PA6 GF30 Halogen-Free Flame Retardant Engineering Plastic Granules – High-Performance, Eco-Friendly Material for Demanding Industrial Applications

Engineered for superior mechanical resilience and environmental compliance, PA6 GF30 Halogen-Free FR Granules represent a cutting-edge thermoplastic compound tailored for industries where safety, durability, and sustainability converge. This advanced polyamide 6 (PA6) formulation integrates 30% glass fiber reinforcement with halogen-free flame retardancy, delivering enhanced rigidity, dimensional stability, and thermal resistance without compromising ecological standards. Ideal for applications requiring robust performance under stress, this material meets global regulatory expectations while supporting green manufacturing initiatives.

Key attributes include exceptional tensile strength, improved heat deflection temperature, low smoke emission during combustion, and excellent electrical insulation properties—making it a preferred choice over conventional plastics in high-risk environments. The absence of brominated or chlorinated flame retardants ensures compliance with RoHS, REACH, and other international directives, positioning this product as an environmentally responsible alternative in electronics, automotive, and industrial sectors.

Beyond its core composition, the material exhibits outstanding wear resistance, fatigue endurance, and machinability, enabling precise molding into complex geometries such as connectors, motor housings, and structural components. Its compatibility with standard injection molding processes further enhances manufacturability, reducing production time and waste. With minimal moisture absorption compared to unmodified PA6, it maintains consistent physical properties even in humid conditions—an essential trait for long-term reliability in outdoor or high-moisture settings.

This versatile compound finds extensive use across multiple domains: In consumer electronics, it serves as a reliable base for circuit board connectors, switchgear casings, and socket terminals due to its non-conductive nature and fire-safe behavior. Within automotive engineering, it supports critical parts like ignition coils, sensor enclosures, throttle bodies, and wiring harness components—where vibration resistance, thermal stability, and flame suppression are paramount. For industrial machinery, it excels in gears, bearing housings, pump impellers, and valve assemblies, offering extended service life and reduced maintenance needs.

Users consistently highlight its balance of performance and eco-conscious design. One engineer noted, “This material replaced our previous brominated polymer in automotive connectors—it passed all UL94 V-0 tests and significantly lowered toxic emissions during processing.” Another user from the appliance sector added, “We’ve seen fewer rejects in assembly lines thanks to consistent flow and reduced warpage compared to other reinforced nylons.” These testimonials reflect real-world validation of its technical superiority and operational efficiency.

Common questions often revolve around processing parameters, such as optimal melt temperature (typically 270–290°C), drying requirements (2–4 hours at 80–90°C), and post-molding shrinkage rates (~0.5–1%). Unlike some composites, PA6 GF30 does not require special mold coatings or additives for smooth demolding, simplifying tooling setup. It also performs well in both short-cycle and high-volume production scenarios, making it suitable for OEMs seeking scalable solutions without sacrificing quality.

Product Categories : PA6 Resins