High Frequency Induction Heating Machine

Advantages of JKZ High-frequency Induction Heating Equipment

• Strict selection of high-quality components and optimized design scheme. After long-term use, the induction heating generator of JKZ high-frequency induction heater can still work stably and reliably.

  
  

• A variety of remote control schemes can be selected, and this induction heating equipment can also allow you to control the working status of your high-frequency induction heating equipment through various signals such as on-off signals, 4-20mA, 0-10V, etc.

  
  

• Equipped with a condition monitoring system (CMS), JKZ high power induction heater can alarm its users about possible equipment failures in real-time.

  
  

• With a lightweight design scheme, it is convenient for customers to flexibly adjust the installation location of our high-frequency inverter for induction heating.

  
  

• The induction coil of our high-frequency induction heating machine is simple to make and can be adapted to various workpieces of different shapes.

Principle Of High Frequency Induction Heating

The induction coil of the high-frequency induction heater will generate a powerful magnetic beam of polar instantaneous changes. When operating a high-frequency heater, the metal that requires heat treatment will be placed in the high-frequency coil, and the magnetic beam mentioned above will penetrate the entire ready-to-be-heated metal object. The corresponding powerful high-frequency eddy current heating will then be generated. Since there is a resistor in the metal, strong jeophenia will then be generated and cause the temperature of the inductive heating material to rise rapidly, thereby achieving high-frequency heat treatment.

High Frequency Induction Heating Is Used For？

The main applicable industry range of the high-frequency induction heating machine mainly includes high-frequency wave induction, high-frequency sensing heat treatment, high-tech wave induction metal smelting, etc.

High-frequency induction heating is a process that uses an electromagnetic field to generate heat in a metal object. It is used in various industrial applications, including:

1. Brazing and soldering: Induction heating is used to join two metal parts by melting a solder material between them.

2. Heat treatment: Induction heating can be used to harden, soften, or temper metals, improving their mechanical properties.

3. Melting and casting: High-frequency induction furnace can melt and cast metals, such as steel, copper, and aluminum.

4. Welding: HF induction welding is a non-contact method of joining two metal parts by heating them to a temperature where they fuse together.

5. Annealing: Induction annealing is a process that heats a metal to a specific temperature and then cools it slowly, making it more ductile and easier to work with.

6. Surface hardening: High-frequency induction heating can be used to selectively harden the surface of a metal object, making it more wear-resistant.

7. Shrink fitting: High-frequency induction heating can be used to expand a metal object and then quickly cool it, causing it to contract and fit tightly onto another part.