Advantages of ceramic band heater
The demand and application of ceramic band heaters are becoming more and more extensive, but many users may not have a comprehensive understanding of ceramic band heaters. Today I will give a brief introduction: ceramic band heaters are formed by grouting alloy wires, which can radiate heating ceramics. Popularly speaking, it can be heated at a long distance, the other is to wrap the alloy wire in a small ceramic square, and the outside is covered with a stainless steel shell. It is widely used in plastic machinery and chemical fiber machinery, which can only fit heat conduction.
Ceramic fiber is a refractory insulation material. It does not generate heat by itself, but instead provides heat insulation and protection. It is mainly embedded (or post-processed) embedded in the electric heating element on the side of the ceramic fiber board to generate heat. Ceramic fiber electric heating plates are mainly used in high-temperature electric furnaces. They can not only ensure the supply of heat, but also protect the outer wall of the electric furnace, reduce energy consumption, and achieve the purpose of energy saving and heat preservation.
The advantages of ceramic band heaters
1. Fast heat transfer, uniform heating and stable work.
2.The ceramic band heater's temperature does not leak out, can save energy, the outer cover is not hot when touched by hand, and it is safe to work.
3. The power of the product is high. The power of the ceramic rod threading method is 0.5~1.5 times higher than that of ordinary ones.
4. High temperature resistant heating wire, which has the characteristics of fast heat dissipation, uniform heating, stable high temperature, etc., and can be used at 600-800℃ for a long time.
5. High mechanical strength, good thermal insulation performance, large contact surface with the heated object, and long service life.
6. It is convenient to install and maintain, and the use cost is low. Even if the internal heating material is damaged, the external ceramic components can still be reused.
