Equipment Introduction:

　　The Intermediate Frequency Induction Furnace is an efficient heating equipment primarily used for the heating and melting of metallic materials. Its working principle involves generating an alternating electromagnetic field within the material through an induction coil, which causes the molecules and atoms within the material to produce thermal motion, achieving the purpose of heating.

Equipment Characteristics:

High Efficiency: The Intermediate Frequency Induction Furnace can rapidly heat metallic materials, making it more efficient than traditional direct heating methods.

Precise Control: This equipment enables precise temperature control and heating time control, ensuring accuracy and stability in the production process. It features fault alarms, alarm records, data recording, automatic handling of power outages, over-pressure alarms, etc. Data records can be copied via a USB drive and analyzed on a computer. The weighing system is suitable for small crystals, and various crystals have been successfully grown using this system.

Environmentally Friendly and Energy-Saving: The Intermediate Frequency Induction Furnace utilizes non-polluting electric energy for heating, making it more environmentally friendly while also saving energy costs.

Small Footprint: Compared to other melting equipment, the Intermediate Frequency Induction Furnace occupies a smaller footprint, is easy to operate, and simple to maintain.

 Application Fields:

　　Steel Metallurgy Industry: Used for the heat treatment and melting of steel and non-ferrous metals.

　　Mechanical Manufacturing Industry: Applied in various manufacturing processes such as forging, quenching, tempering, annealing, etc.

　　Environmental Protection Industry: Utilized for the melting and recycling of scrap metals, enabling resource reuse.

Other Fields: The Intermediate Frequency Induction Furnace can also be used for heating and melting processes in fields such as electronics manufacturing, medical device manufacturing, aerospace, and more.