High-frequency gilded branded copper mold undergoes molecular polarization under the action of high-frequency electric field

2018-10-09 15:42:37

High-frequency gilded branded copper mold undergoes molecular polarization under the action of high-frequency electric field

The working principle of high-frequency hot stamping copper mold is dielectric material. Under the action of high-frequency electric field, molecular polarization occurs and is arranged according to the direction of the electric field. Due to the high-frequency electric field, the direction is changed at an extremely fast speed, and the dielectric material will be Heat loss due to dielectric loss.

The details of the high frequency machine and the heat sealing machine are as follows:

The high-frequency machine is called "high-frequency induction heating machine". It is called "high-frequency induction heating equipment" or "high-frequency machine" in China. It is also called high-frequency induction heating machine or high-frequency machine heat sealing machine and high-frequency heat sealing machine in Guangdong and Taiwan. Welding machine, high frequency welding machine, sealing machine, high frequency sealing machine, plastic sealing machine; also because of different uses. It is called high-frequency embossing machine, or embossing machine, leather embossing machine, garment embossing machine, carpet embossing machine, foot pad embossing machine, door mat embossing machine, etc.

The high-frequency induction machine mainly inductively heats the metal (non-contact); it can heat the metal extremely fast, and has the advantages of power saving, small size, convenient installation, convenient operation, safety and reliability, and fast heating speed. .

High-frequency plastic welding equipment belongs to high-frequency medium heating equipment. The working principle is dielectric material, molecular polarization phenomenon occurs under the action of high-frequency electric field, and is arranged according to the direction of the electric field. Due to the high-frequency electric field, the direction is changed at an extremely fast speed, and the dielectric material is due to dielectric loss. heat.