CE Certification Long Glass Fibre Reinforced Granules-Polyamide 6-Nylon Factories, Product

Product Description

Long Glass Fibre Reinforced Granules-Polyamide 6-Nylon
Long Glass-Fiber Max. added percentage: 30%
Carrier material: Polyamide (NYLON) 6 & 66

Superior Performance

Powerful combination of performance with fatigue strength at 120°C twice that of short glass fiber reinforced PP.

Heat Resistance

Higher heat resistance than glass fiber reinforced nylon by 10%, offering outstanding dimensional stability.

LGF PP is lightweight, non-corrosive, and easy to integrate parts, simplifying the vehicle assembly process. It also offers high flow for thin-walled structural components and excellent design freedom.

Application Fields
  • Automobile business: Car parts such as bumpers, instruments, side door parts, etc.
  • Communication devices: Cell phone shells and structural components.
  • Household Appliances: Kitchen Mixer shells, blade gears, fan parts, washing machine parts, and more.
  • Other business fields
Frequently Asked Questions
Q: What is the maximum glass fiber content in these granules? A: The Long Glass-Fiber maximum added percentage is 30%.
Q: Which carrier materials are used for the Long Glass Fiber reinforcement? A: The carrier materials used are Polyamide (NYLON) 6 and 66.
Q: How does the fatigue strength of LGF PP compare to short glass fiber alternatives? A: At a high temperature of 120°C, the fatigue strength of LGF PP is twice that of short glass fiber reinforced PP.
Q: What are the primary benefits of using LGF PP in vehicle manufacturing? A: LGF PP is lightweight, non-corrosive, and allows for easy part integration, which significantly simplifies the vehicle assembly process.
Q: Can these materials be used for thin-walled components? A: Yes, the material offers high flow characteristics, making it excellent for thin-walled structural components and providing high design freedom.
Q: Is the heat resistance of LGF PP better than traditional glass fiber reinforced nylon? A: Yes, its heat resistance is approximately 10% higher than that of glass fiber reinforced nylon.

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