Product Introduction:
PA66- GF30 represents the pinnacle of engineering thermoplastics, combining the inherent advantages of Nylon 66 with 30% glass fiber reinforcement to create a material that excels where others fall short. This advanced composite delivers exceptional tensile and flexural strength, capable of withstanding significant mechanical loads in challenging environments. Its higher melting point and reduced moisture absorption compared to standard PA6 ensure superior performance retention at elevated temperatures and in humid conditions. The material exhibits outstanding dimensional stability with minimal warpage, guaranteeing precision in complex components. With excellent wear resistance and creep performance, PA66-GF30 is the engineered solution for applications requiring long-term reliability under continuous stress. Whether replacing metal in automotive engine compartments or ensuring durability in industrial gear systems, this material provides the perfect balance of performance and processing efficiency.
Product Attributes:
Reinforcement:
10% Glass Fiber
20% Glass Fiber
30% Glass Fiber
40% Glass Fiber
50% Glass Fiber
Key Properties:
Exceptional Mechanical Strength, Superior Heat Resistance, Low Moisture Absorption, Excellent Dimensional Stability, High Rigidity, Good Wear Resistance
Packaging:
Standard: 25 kg/bag
Custom: Large bulk packaging available up to 750 kg
Technical Documentation:
Material Data Sheet (MDS):
Available upon request with complete mechanical, thermal, and electrical properties
Processing Guide:
Comprehensive instructions for drying parameters, injection molding settings, and mold design considerations
Samples:
Free samples (20 kg) available for testing and validation
Lead Time:
Standard production lead time is 7-10 working days, adjustable based on order quantity
Certifications & Compliance:
Compliant with RoHS, REACH, and UL standards
Frequently Asked Questions (FAQ):
Q: What are the main advantages of PA66-GF30 over PA6-GF30?
A: PA66-GF30 offers several key advantages: higher heat resistance with a melting point of approximately 260°C vs. 220°C for PA6, lower moisture absorption (about 1.2% vs. 1.8%), better dimensional stability in humid conditions, and generally higher mechanical strength and wear resistance. These properties make it preferable for applications exposed to higher temperatures or requiring maximum stability.
Q: How does the moisture absorption of PA66-GF30 affect its performance?
A: The lower moisture absorption of PA66GF30 compared to PA6-based materials results in better dimensional stability and reduced risk of hydrolysis degradation. This means components maintain their size and shape more consistently in humid environments, and mechanical properties remain more stable over time. However, proper drying before processing is still essential for optimal results.
Q: Is this material suitable for high-temperature automotive applications?
A: Absolutely. PA66-GF30’s enhanced heat resistance makes it ideal for under-hood automotive applications such as engine covers, air intake systems, and structural components near heat sources. It maintains its mechanical properties at elevated temperatures where PA6-based materials might soften or degrade.
