The working principle of induction heating equipment is as follows: After the high-frequency induction heater outputs a strong alternating current, it generates a powerful alternating electromagnetic field via an induction coil. Under the influence of this magnetic field, swirling eddy currents are induced on the surface of the workpiece, causing it to heat up rapidly.
The working principle of induction heating equipment is as follows: After the high-frequency induction heater outputs a strong alternating current, it generates a powerful alternating electromagnetic field via an induction coil. Under the influence of this magnetic field, swirling eddy currents are induced on the surface of the workpiece, causing it to heat up rapidly.
The application areas of high-frequency equipment include: welding of diamond tools and cemented carbide cutting tools; heat treatment processes such as quenching, annealing, and tempering for metal materials; hot forging and hot forming of metals; as well as industries like powder metallurgy sintering and metal melting.
Yongda High-Frequency Equipment Co., Ltd. manufactures high-frequency machines, high-frequency thermal laminating machines, stainless steel annealing furnaces, and high-frequency induction heating equipment, among other products.
The working principle of induction heating equipment is as follows: After the high-frequency induction heater outputs a strong alternating current, it generates a powerful alternating electromagnetic field via an induction coil. Under the influence of this magnetic field, swirling eddy currents are induced on the surface of the workpiece, causing it to heat up rapidly.