100-300KW High Frequency Induction Heating Equipment

For gear shaft pin induction hardening,depth layer0.5-2 mm

For chain induction heat treatment,hardening and tempering

Cable and wire induction heat treatment

Metal parts surface induction quenching

Induction heating is widely used on automotive industry,oil and gas industry,fasteners manufacture,tube and pipe heating,ship building industry,package sealing industry,wire and cable heating,spring making…..

1. Heat treatment plant,for gear,pin shaft,automotive parts surface hardening.

2. For copper tube,saw blade machine tool brazing,pipe heating for bending and coating.

3. Induction heating for shrink fitting,annealing,normalizing.

High-frequency induction heating equipment has been widely introduced in metal metallurgy and other scenarios requiring precise heat treatment. Compared to conventional heating systems such as gas furnaces and electric furnaces, high-frequency induction heating machines are more compact, making them ideal for environments where space-saving is crucial.High-frequency induction heating equipment has been widely introduced in metal metallurgy and other scenarios requiring precise heat treatment. Compared to conventional heating systems such as gas furnaces and electric furnaces, high-frequency induction heating machines are more compact, making them ideal for environments where space-saving is crucial.

In addition, the method of applying an electric current to the metal generates minimal by-products, such as scale, making the furnace ideal for clean room environments like semiconductor manufacturing facilities.

1.Uniform heating: Utilizes the resistance heating of the object itself to ensure uniform heating of the entire interior. It is especially suitable for materials with poor thermal conductivity or that require long-term external heating to heat evenly.

2.Rapid heating: Instantaneous heating is achieved by controlling the high-frequency wave emitter. The internal heating feature makes the heating speed faster than traditional external heating, improving production efficiency.

3.Selective heating: Even for composite parts composed of multiple materials, only the high-resistivity part can be heated to precisely control the heating area.

4.Atmosphere selection and high energy efficiency: Unlike external heating, this furnace only heats the object to be processed, avoiding unnecessary heating of the furnace body and atmosphere, thus greatly improving energy efficiency and reducing waste.