Selection Of Good Switch And Socket Materials

There are many types of Wall Switch on the market. Different manufacturers and materials have different corresponding prices. The material of the switch socket not only determines the price of the switch socket, but also determines the safety performance of the switch socket. The switch socket with good material is not only beautiful in appearance, but also flame retardant to prevent fire in case of leakage or short circuit. So what materials are the switches and sockets made of?

Generally speaking, the materials of switches and sockets with better quality are made of a material called bulletproof glue or high-grade engineering plastics. The biggest feature of these materials is fire resistance. In case of short circuit, these switches and sockets will only melt and burn but will not be ignited. It is also moisture-proof, impact-proof, and UV-resistant. The surface texture of the switch socket made of this material is very good, and it feels very textured and heavy. If the surface is rough and feels thin or brittle, the performance of the product is unreliable. The panel of a good switch socket should be free of bubbles, scratches, stains, etc.

Good switches and sockets are generally made of imported bulletproof glue, and there are also domestic bulletproof glue materials. Domestic ones are generally made of recycled bulletproof glue, which is very different from imported ones in quality and performance.

Nylon 66 material, this material has the highest mechanical strength among nylon plastics, its impact resistance and heat resistance are not as good as bulletproof glue, the material itself has odor, insufficient hardness, easy to scratch, and poor flame retardancy.

ABS material: ABS material has good dyeability and relatively good flame retardancy, the processing technology is relatively mature, and the price is much cheaper than imported materials, but it has poor toughness and short service life. Flowers used for a long time will have cracks and yellowing on the surface.