Ceramic heater manufacturers introduce ceramic heating plates
Ceramic heating plate is a kind of heater with high temperature and long life. Ceramic heaters can adapt to the increasingly high working temperature requirements in modern industry, especially for chemical and chemical fiber, engineering plastics, plastic machinery, electronics, medicine, food and other industries. Kind of pipeline heating, etc.; ceramic joint heater 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.
Ceramic heating plates are available in ring and plate specifications, reliable work, long life, sturdy and durable, energy saving, easy installation, high temperature resistance, fast heat transfer, good insulation, and production is not limited by model and size. It can be connected according to the user's needs, voltage from 36V, 110V, 180V, 220V, 380V, Z high power load 6.5W per square, compared with traditional electric heaters, energy consumption can be reduced by 30%.
Ceramic heating plates have many functions. The ceramic heating plate is made by sintering high-quality electric heating wire at one time, and their composition is as follows:
Ceramic heater manufacturers
1. Substrate. Composed of ceramic materials with good thermal shock properties.
2. Heat generation. It is fired from high-quality nickel-chromium alloy wire.
3. The glaze layer. Radiation performance from far away.
The working principle of the ceramic heating plate: high-frequency high-frequency high current flows to the heating coil that is wound into a ring or other shape. As a result, a strong magnetic beam with an instantaneous change in polarity is generated in the coil. When the heated object such as metal is placed in the coil, the magnetic beam will penetrate the entire heated object, and the inside of the heated object will be generated in the opposite direction to the heating current. Correspondingly, very large eddy currents. Due to the resistance in the heated object, a lot of Joule heat will be generated and the temperature of the object will rise rapidly. To achieve the purpose of heating all metal materials.