Product Overview: PA66 Long Glass Fibre Reinforced Granules
Our Long Glass Fibre Reinforced Granules (Polyamide 66) offer a cutting-edge solution for industrial manufacturing. With a maximum glass-fiber added percentage of 30%, this PA66 carrier material delivers a powerful combination of performance and durability.
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Thermal Resistance
The fatigue strength at a high temperature of 120°C is twice that of short glass fiber reinforced PP, exceeding the heat resistance of standard nylon by 10%.
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Structural Integrity
LGF PP offers outstanding strength and dimensional stability, ensuring high flow for thin-walled structural components and excellent design freedom.
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Process Efficiency
Lightweight, non-corrosive, and easy to integrate, this material significantly simplifies the vehicle and industrial assembly process.
Application Fields
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Automotive Industry:
Bumpers, instrument panels, side door parts, and structural vehicle components.
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Communication Devices:
High-strength cell phone shells and protective frames.
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Household Appliances:
Kitchen mixer shells, blade gears, fan parts, and washing machine components.
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Other Business Fields:
Industrial equipment, mechanical gears, and high-load structural parts.
Frequently Asked Questions
Q: What is the maximum glass fiber content in these PA66 granules?
A: The maximum added percentage of long glass fiber is 30%, which provides an optimal balance between strength and processability.
Q: How does LGF PA66 perform under high temperatures?
A: It demonstrates exceptional heat resistance. At 120°C, its fatigue strength is double that of short glass fiber alternatives and 10% higher than standard glass fiber reinforced nylon.
Q: What are the primary benefits of using long glass fiber over short glass fiber?
A: Long glass fiber provides superior dimensional stability, higher impact strength, and better fatigue resistance, especially in thin-walled structural components.
Q: Why is this material preferred for automotive assembly?
A: It is lightweight and non-corrosive. The ease of part integration helps simplify the overall vehicle assembly process while maintaining high strength.
Q: In which household appliances can this material be used?
A: It is commonly used in high-wear items like kitchen mixer gears, fan components, and internal parts for washing machines due to its mechanical durability.
Q: Does the material support complex designs?
A: Yes, the high flow properties allow for excellent design freedom, making it suitable for complex, thin-walled structural components.
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