Commercial gas large cooker 70 80 100

A large pot stove is a type of stove in kitchen equipment, generally a commercial kitchen equipment and a type of Chinese dining stove. Large pot stoves can generally be divided into two types: gas pot stoves and electromagnetic pot stoves. The electromagnetic large pot stove uses the heating principle of magnetic field induced current (also called eddy current). The heat source of the electromagnetic stove is generated by the movement part composed of the electronic circuit board to generate high-frequency current. Through the spiral electromagnetic induction coil, a high-frequency intersection is formed. Changing magnetic field, when the iron-containing pot is placed on a high-strength, high-strength glass-ceramic surface that is resistant to high temperatures and impact, the pot cuts alternating magnetic lines and generates a large number of eddy currents in the pot. The eddy currents cause the iron molecules in the pot to move at high speed and irregularly. , molecules collide and rub with each other to generate heat energy, causing the pot itself to heat itself at high speed, thus converting electrical energy into thermal energy.

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Commercial gas large cooker 70 80 100

Product Introduction

A large pot stove is a type of stove in kitchen equipment, generally a commercial kitchen equipment and a type of Chinese dining stove. Large pot stoves can generally be divided into two types: gas pot stoves and electromagnetic pot stoves.
The electromagnetic large pot stove uses the heating principle of magnetic field induced current (also called eddy current). The heat source of the electromagnetic stove is generated by the movement part composed of the electronic circuit board to generate high-frequency current. Through the spiral electromagnetic induction coil, a high-frequency intersection is formed. Changing magnetic field, when the iron-containing pot is placed on a high-strength, high-strength glass-ceramic surface that is resistant to high temperatures and impact, the pot cuts alternating magnetic lines and generates a large number of eddy currents in the pot. The eddy currents cause the iron molecules in the pot to move at high speed and irregularly. , molecules collide and rub with each other to generate heat energy, causing the pot itself to heat itself at high speed, thus converting electrical energy into thermal energy.

商用燃气大锅灶70 80 100
商用燃气大锅灶70 80 100
商用燃气大锅灶70 80 100
商用燃气大锅灶70 80 100
商用燃气大锅灶70 80 100
商用燃气大锅灶70 80 100

 

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