Introduction To The Structure And Performance Of Ceramic Heating Element

Introduction To The Structure And Performance Of Ceramic Heating Element

Ceramic heating element is a kind of high-temperature and long-life heater. In modern industry, the demand for higher and higher working temperature can be adapted to ceramic heating elements, especially chemical fiber, engineering plastics, plastic machinery, electronics, medicine, food and other industries. Kind of pipe heating, etc.; ceramic joint heating element is composed of spiral resistance wire passing through specially designed high temperature resistant ceramic tiles, and is formed by precise extension, bendable, and beautiful metal shell ceramic fiber constitutes the heat insulation layer. Form an effective high temperature, high power density, belt heater, and the design is flexible and easy to install. Today we are here to share with you an introduction to the structure and performance of ceramic heating elements.

Ceramic heating element element structure: The ceramic electric heating plate adopts a high emissivity glaze layer, a ceramic with good thermal shock performance as a substrate, and a high-quality heating wire is sintered at one time. Their composition is as follows:

1.Matrix: composed of ceramic materials with good thermal shock;

2. Heat generation: made of high-quality nickel-chromium alloy wire;

3. Glaze layer: It is composed of metal oxide raw materials with good far-out radiation performance and puts in an appropriate amount of additives to increase the radiation intensity and enhance the adaptability of the glaze.