A contactor is a low-voltage electrical control component.
During operation, it undergoes frequent closing and vibration as well as short-term temperature rise.
It requires high insulation performance, arc resistance, heat resistance, vibration resistance and dimensional stability
to eliminate risks of electrical jamming and electric leakage caused by deformation.

PA6+25% GF Heat-resistant Reinforced Flame-retardant Grade (UL94 V0), PA6+30% GF Heat-resistant Reinforced Flame-retardant Grade (UL94 V0).
Performance Analysis of Modified Nylon:
Glass fiber reinforcement greatly improves the rigidity and anti-deformation capacity of PA6, preventing structural deformation and jamming caused by long-term electromagnetic vibration;
Heat resistance is enhanced after modification, enabling the material to withstand temperature rise during electrical operation and resisting softening and deformation;
It features excellent electrical insulation and tracking resistance, complying with safety standards for low-voltage electrical equipment;
Flame-retardant modification endows the material with self-extinguishing performance, effectively reducing the risk of fire caused by electrical short circuits. It is a mainstream material for housings and structural components of low-voltage contactors.

* The application cases shown may not fully match your target products. Please inform us of your specific requirements, and we will assist you in material selection.


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