At present, the heating method used in the stainless steel reactors on the market is generally heating the electric resistance wire, and the heat is transmitted to the cylinder or the reaction kettle through the contact conduction method. Only the heat inside the barrel or the surface of the reactor can be reached. Transfer to the cylinder or reactor, so that most of the heat from the outside is lost to the air, there is a loss of heat conduction and the ambient temperature rises.

In addition, resistance wire heating has the disadvantage that the power density is low, and it cannot be adapted to some heating applications that require higher temperatures.

Bobina de acero inoxidable 304l technology is based on the principle of electromagnetic induction so that the stainless steel reactor itself heats, according to the specific circumstances in the reactor outside the package of a certain thickness of thermal insulation material, which greatly reduces the loss of heat, improve the thermal efficiency, so power saving effect is very significant, up to 30% to 75%.
Bobina de acero inoxidable 2B 304,Precios de bobina de acero inoxidable 304

Bobina de acero inoxidable 304L/304 laminada en frío

Debido a que la bobina de calentamiento electromagnética en sí misma no genera calor y está hecha de materiales aislantes y cables de alta temperatura, no hay problema de que el cable de resistencia de la bobina eléctrica original se oxida a alta temperatura para acortar la vida útil, y tiene un larga vida útil y una velocidad de calentamiento rápida. , sin necesidad de mantenimiento, etc., reducen el tiempo de mantenimiento y reducen los costes. Ahora ha sido utilizado por un gran número de empresas de productos químicos, alimentarios y farmacéuticos, lo que ha reducido considerablemente los costes de producción de la empresa.

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