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Fax: 0755-23050989 Tel: 0755-23770817 / 0755-23770827 / 0755-23770837 Mobile: 18126117663 Mr. Liu E-mail: 3536452593@qq.com Address: No. 1222, Xinghua Community Tourism Road, Guanlan, Longhua New District, Shenzhen
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Advantages and characteristics of Changlin energy-saving melting zinc furnace

Changlin Energy Saving Equipment Co., Ltd. provides various types of energy-saving molten zinc furnace production. The energy-saving molten zinc furnace produced by our company mainly uses electromagnetic heating system, and the advantages and characteristics of electromagnetic heating system:

1. High efficiency and energy saving

The thermal efficiency is as high as 90% or more. Under the same conditions, the electric energy saving method is more than 30% than the resistance heating method, and some energy saving even reaches 80%, and the preheating time can be shortened.

2. Reliable operation

Multi-closed-loop intelligent control system and perfect protection system ensure long-term safe and reliable operation of equipment.

3. Reduce production costs

The heating part adopts a cable structure, and the heating cable itself does not generate heat and has a long service life. Avoiding resistive heating requires frequent maintenance and regular replacement of the heating coil, with no maintenance costs in the later stages.

4. Improve the working environment

The heating part has less heat dissipation and the surface can be touched by hand, which improves the environmental conditions at the production site.

5. Intelligent multi-temperature zone control

The electromagnetic heating energy saver uses the LCD screen to display the real-time temperature and the set temperature range. The built-in chip can intelligently control the heating speed and output power, which can be flexibly adjusted according to actual conditions.

6. Ultra high temperature heating

The resistive heating method has a low power density and a fast heat dissipation to the peripheral space, and is generally difficult to heat up to 400 ° C or higher. The energy-efficient method has high power density and can be heated to temperatures above 600 °C.


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