The principle of electromagnet heat treatment

Why do current materials need electromagnet heat treatment?

With the rapid development of scientific and technological progress, various fields have clearly put forward higher requirements for the characteristics of raw materials, which promotes the continuous development of new processing technology of raw materials and traditional raw materials. Heat treatment of electromagnets is one of the four key physical fields that make the electromagnetic field the key to nature. Because of its unique characteristics, it can be released to the surface and interior of raw materials as an external force and is conducive to actual operation and manipulation, so it becomes a metal composite material. Smelting, solution purification, mechanism optimization, manipulation of solution coagulation and molding, and this key way of manufacturing polymer materials.

As a controllable physical field, the electromagnetic field has unique characteristics and is widely used in material science research and production and processing. For example: the electromagnetic induction of the solution is separated. The technical market uses the difference in conductivity between the metal material solution and the non-metallic material in the solution or the new phase. The principle of the heat treatment of the electromagnet is the magnetic field effect. The impurity or nascent phase is subjected to different magnetic field forces, so that the impurity or nascent phase of the non-metallic material moves in a regular fixed term in the solution, so as to obtain the purpose of solution production and processing. The use of electromagnetic separation technology includes the technology of solution electromagnetic induction cleaning and the technology of electromagnetic separation to produce surface self-generated polymer materials.

The application of steady and constant strong magnetic field in solid-state phase transition, the application of static magnetic field in the production of raw materials, the application of strong magnetic field in material science, the application of new functional materials under the standard of strong magnetic field, the application of magnetic field in the whole process of raw material condensation The application of electromagnetic induction optimization, the application of magnetic field-assisted calcination of conductive porcelain polymer materials, the application of electromagnet heat treatment and electromagnetic forming, the application of electromagnetic composite casting, etc.