High Strength Glass Fiber PA6 10 Resin

Heat-Resistant Polyamide 610 with 50% Glass Fiber – High-Temperature Engineering Plastic for Demanding Industrial Applications

Discover a premium-grade thermoplastic engineered for extreme environments: our Heat-Resistant Polyamide 610 reinforced with 50% glass fiber delivers exceptional performance under high thermal stress. This advanced material is specifically formulated to maintain structural integrity, mechanical strength, and dimensional stability when exposed to prolonged heat, making it an ideal choice for automotive, electrical, and heavy industrial applications worldwide.

Key Features: Engineered with precision, this high-performance polymer combines the inherent toughness of polyamide 610 with the reinforcing power of glass fiber. The result is a composite that offers superior resistance to thermal degradation, chemical exposure, and mechanical wear. With enhanced rigidity, improved creep resistance, and excellent fatigue endurance, it outperforms standard engineering plastics in harsh operating conditions. Its low coefficient of thermal expansion ensures consistent fit and function across wide temperature ranges—ideal for components subjected to frequent thermal cycling.

Detailed Description: Our Heat-Resistant Polyamide 610 Material is manufactured using a proprietary process that uniformly disperses 50% glass fiber throughout the matrix, significantly boosting tensile strength, impact resistance, and stiffness. Unlike conventional PA6 or PA66 grades, this formulation retains its physical properties even at continuous service temperatures up to 180°C (356°F), with short-term peaks reaching 220°C (428°F). It exhibits outstanding resistance to oils, solvents, and abrasion, while maintaining good electrical insulation properties—making it suitable for both structural and functional parts in demanding sectors. Whether used in engine bay components, motor housings, or high-voltage connectors, this material provides long-term reliability without compromise.

Usage Scenarios: This engineered thermoplastic excels in applications where traditional polymers fail due to heat-induced deformation or degradation. Automotive engineers rely on it for under-hood components such as intake manifolds, sensor housings, and battery enclosures. In electrical systems, it serves as a durable insulator in circuit breakers, switchgear, and motor terminals. Industrial designers specify it for gears, bushings, and conveyor parts that must endure friction, vibration, and elevated ambient temperatures. Its non-toxic nature also makes it viable for food-grade machinery components where FDA-compliant materials are required—but always verify compliance with local regulations before use in direct food contact scenarios.

User Reviews: “I tested this material in my vehicle’s turbocharger housing and was impressed by how well it handled sustained heat without warping or cracking.” “Used in a robotic arm joint for factory automation—no signs of fatigue after 12 months of continuous operation in a hot manufacturing environment.” “This glass-reinforced polyamide 610 has become our go-to material for custom connectors. It’s strong, lightweight, and doesn’t degrade like other plastics I’ve tried.”

Common Questions: Is this material suitable for outdoor applications? Yes—it resists UV degradation over time and maintains mechanical performance in varying weather conditions. Can it be used in contact with food? While not inherently food-safe, it can be processed into food-contact-rated parts if certified per relevant standards (e.g., EU 10/2011, FDA 21 CFR). Always consult your supplier for full documentation. What is the maximum temperature this material can withstand? Continuous service temperature: up to 180°C; short-term peak: up to 220°C. Thermal deformation point (HDT) typically exceeds 160°C under load.

Product Categories : PA6 Resins