With the development of the electromechanical industry towards high voltage and large capacity, higher and higher requirements have been put forward for the quality and reliability of insulation structures. The key to the manufacturing of insulation structures lies in the reasonable selection and application of insulation materials. To ensure that the performance of the insulation material structure meets various requirements, it is first necessary to ensure that the performance of the insulation material meets the practical application requirements. Today, GPO-3 manufacturer's direct sales to Youda Insulation specially organized a presentation to explain the basic properties of insulation materials
The performance of insulation materials in application can be summarized as including electrical, mechanical, chemical, thermal, environmental, and economic performance.
1、 Node performance of insulation materials
The dielectric properties of insulating materials are usually characterized by four basic properties: dielectric polarization, dielectric conductivity, dielectric loss and Dielectric strength. In power equipment, insulation materials for other purposes do not require a high dielectric constant, except for capacitors that require dielectric storage of energy. They are required to withstand operating voltages and have sufficient lifespan.
2、 Mechanical properties of insulation materials
The mechanical properties of materials include tensile, compressive, bending, shear and other strengths, tensile and compressive molds, elongation, and some less easily defined properties such as wear resistance, windability, tear resistance, etc.
