PA66 GF35 A106gh Composite Resin Price per Kg

High-Performance PA66 GF35 Composite Resin for Industrial Applications

Discover a premium-grade engineering thermoplastic that delivers exceptional mechanical strength, thermal resistance, and long-term durability—our PA66 GF35 A106gh Composite Resin is engineered for demanding industrial environments. With a precisely balanced 35% glass fiber reinforcement, this high-performance polymer offers superior stiffness, dimensional stability, and load-bearing capacity, making it an ideal choice for structural and functional components across multiple sectors.

Unlike standard polymers, our PA66 composite resin combines the inherent toughness of polyamide 66 with enhanced fiber dispersion, resulting in improved fatigue resistance, creep performance, and impact strength under dynamic conditions. Whether used in automotive under-the-hood parts or heavy-duty electrical enclosures, this material consistently outperforms conventional plastics while maintaining cost-efficiency—a key advantage for manufacturers seeking sustainable solutions without compromising quality.

• PA66 GF35 composite material
• high-strength thermoplastic for industrial use
• glass fiber reinforced polymer
• engineering grade plastic for mechanical parts
• durable composite resin for harsh environments
• temperature-resistant plastic compound

Key Features:

• 35% glass fiber content boosts tensile and flexural strength
• Excellent heat deflection temperature (HDT) up to 200°C
• Low coefficient of thermal expansion for precision applications
• Good chemical resistance to oils, fuels, and mild acids
• Enhanced wear resistance and surface hardness
• Consistent flow properties for injection molding processes

This advanced PA66-based composite resin is specifically formulated for applications where reliability, consistency, and longevity are non-negotiable. It resists warping, maintains structural integrity at elevated temperatures, and performs reliably even in cyclic stress scenarios. Its low moisture absorption ensures stable dimensions over time, reducing maintenance needs and increasing product lifespan—an essential trait for engineers designing components for electric vehicles, power tools, or automation systems.

Commonly used in automotive manufacturing for engine covers, brackets, and gear housings; in electrical and electronics for connectors, circuit breakers, and motor housings; and in industrial machinery for gears, bearings, and housing structures, this composite resin supports both high-volume production and custom fabrication. Its compatibility with standard processing techniques like injection molding makes integration into existing supply chains seamless and efficient.

Users frequently report reduced part failure rates, fewer rework cycles, and better overall performance when switching from traditional materials like ABS or POM to this reinforced PA66 formulation. Engineers appreciate its predictable behavior during design validation, while procurement teams value the balance between performance and affordability compared to more exotic materials such as PEEK or PEI.

Frequently Asked Questions:

What makes PA66 GF35 different from regular nylon? The addition of 35% glass fibers significantly increases rigidity, reduces deformation under load, and improves thermal stability—making it suitable for applications where standard nylon would fail due to softening or creep.

Is this material suitable for outdoor use? Yes, thanks to its UV resistance and minimal water absorption, it can be used in exterior applications exposed to varying weather conditions, especially when compounded with stabilizers.

Can it be recycled or reused? While not easily recyclable in standard municipal systems, many manufacturers offer closed-loop recycling programs for post-industrial scrap, supporting circular economy practices in industrial settings.

Product Categories : PA6 Resins