934061103

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934061103 Application Field and Working Principle

934061103, or cross-linked polyethylene, is a polymer material characterized by high electrical resistance, high thermal insulation, and excellent mechanical properties. It is chiefly employed in the production of electrical insulation materials, and is used in domestic appliances, automobiles, and industrial equipment. In this article, we will explore the application and working principles of 934061103 and assess its suitability as a material for electrical insulation applications.934061103 is a thermoplastic thermoplastic elastomer (TPE) material that is generally compounded with additives to obtain desired external properties. The material exhibits excellent electrical properties with excellent insulation values and dielectric constants, which make it suitable for electrical insulation applications. The material is also characterized by good transparency, good dimensional stability, low shrinkage, good physical strength, and low specific gravity. The typical melting point of 934061103 is 130-160° C (266-320° F).The properties of 934061103 make it ideal for various applications. The material is frequently used in the production of cables, switches, connectors, relays, and contactors. Additionally, the material is often used in the production of automotive wiring components, LED lighting systems, and DC-DC converters. Moreover, due to its high resistance and insulation properties, the material is also utilized in hazardous locations.When it comes to 934061103 working principle, the material exhibits an important property called di-electric breakdown. This property makes the material useful for shielding components from high-voltage discharge. The di-electric breakdown is caused by the displacement of electrons within the material’s molecules when electric fields applied to the material exceeds a certain level. When the electric field strength is too high, the electrons move rapidly, allowing current to flow through the material. This phenomenon is called “displacement current” and causes the material to break down.In addition, 934061103 also exhibits thermal resistance. This allows the material to withstand high temperatures, making it suitable for high-temperature applications. Apart from its high-temperature capabilities, the material is also resistant to water absorption, making it suitable for use in impermeable applications.934061103 can also be easily processed and molded, making it suitable for mass production. The material is also very cost-effective due to its low-density, making it an economical choice for industries. With its wide range of impressive properties, 934061103 is an ideal material for use in electrical insulation applications.

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