Electromagnetic heating furnaces, with their advantages of "water and electricity separation, safety and reliability, and high thermal efficiency," are widely used in residential heating, commercial hot water, and industrial heating.

Compared with traditional resistance wire heating, electric heating tubes, or storage-type electric water heaters, electromagnetic heating furnaces demonstrate significant advantages in energy saving and environmental protection.

Electromagnetic heating furnaces, as key equipment in metal heat treatment, smelting, and forging processes, have long been plagued by problems such as complex operation, high energy consumption, and reliance on experience, hindering frontline workers and

Electromagnetic heating furnaces, with their unique technical principles and structural design, demonstrate significant advantages in handling complex working conditions, making them an ideal choice for many demanding industrial scenarios.

Magnetic moment refers to the vertical distance between the coil and the bottom surface of the cookware. The smaller the magnetic moment, the greater the magnetic flux of the cookware and the higher the energy efficiency.

In practical applications, the skin effect poses a key requirement for the design of electromagnetic heating furnaces.