The New Brushless DC Rechargeable Aircirculator Fan uses ABS material switches. What are the advantages or characteristics compared with other materials?

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The New Brushless DC Rechargeable Aircirculator Fan uses ABS material switches. What are the advantages or characteristics compared with other materials?

Update:23 May 2025

The New Brushless DC Rechargeable Aircirculator Fan uses ABS material switches. ABS material is relatively cheap, which can effectively control production costs and make the product more cost-effective in the market. ABS material has good processing performance and can be formed by various processes such as injection molding and extrusion. It is suitable for manufacturing switch parts with complex shapes and improving production efficiency.

ABS material has high tensile strength and impact strength, can withstand certain mechanical loads, and ensure the stability of the switch in long-term use. ABS material has good toughness and can absorb impact energy to reduce the risk of damage to the switch during use. ABS material has good corrosion resistance to many chemicals, can resist the erosion of acids, alkalis and salt solutions that may be exposed in daily use, and extend the service life of the switch.

ABS material is easy to color and can be made into various colors by adding pigments to meet the appearance design requirements of different products. After injection molding, the surface of ABS material is smooth and comfortable to the touch, which improves the overall texture of the product. ABS material has certain electrical insulation properties and is suitable for manufacturing electrical components such as switches. It can effectively prevent leakage and improve safety in use. ABS material has little dimensional change during processing and use, and can maintain high precision to ensure the accuracy of the switch and other components.

ABS material is not as heat-resistant as some high-temperature engineering plastics, and may deform or degrade in high temperature environments. However, its performance is stable within the normal operating temperature range. The flame retardant performance of ABS material is relatively weak, and it is necessary to increase its flame retardant level by adding flame retardants to meet certain safety standards. In long-term outdoor use, ABS material may age due to ultraviolet radiation, affecting appearance and performance.