1. One is to wind the alloy wire around small ceramic blocks, with the outer packaging made of stainless steel shell. Ceramic heating rings are widely used in plastic machinery and chemical fiber machinery.
2. Ceramic heater is a heater with uniform heat distribution and good thermal conductivity of metal alloy, ensuring uniform hot surface temperature and eliminating hot and cold spots on the equipment. Adding insulation equipment on the external cooling surface and sintering infrared on the internal cooling surface can save 30% power consumption.
3. Ceramic heater is not made by the ordinary mica winding method, but by the ceramic strip threading method. Therefore, the power of the product is 0.5 to 1.5 times that of ordinary mica. The heating element is made of imported round wire ceramic, twisted into a spring shape and inserted into the ceramic strip. The shell is made of stainless steel, and the center is made of high-temperature insulation cotton (aluminum silicate fiber board) to avoid temperature leakage. The ceramic strip is a high-frequency ceramic with the characteristics of fast heat transfer, firmness, not easy to break, high temperature resistance, no deformation, and no aging.
4. One is to cast the alloy wire into the semiconductor using quartz glass as raw material. It has the characteristics of high temperature resistance (up to 1200°C), corrosion resistance, beautiful appearance, and wear resistance. It is widely used in high-temperature heating furnaces, semiconductor engineering, glass, ceramics, and wire engineering.
5. Ceramic heater is a high-temperature heater. In modern industry, the requirements for working temperature are getting higher and higher. Ceramic heaters can be used, especially for heating chemical fibers, engineering plastics, plastic machinery, electronics, medicine, food, and various pipelines.
6. Ceramic heater is composed of spiral resistance wire passing through specially designed high-temperature resistant ceramic tiles, and the zigzag and beautiful metal shell ceramic fiber forms an insulation layer.
