The DC series energy-saving type electromagnetic melting and holding furnace is the superaudio electromagnetic aluminum melting furnace, and the power consumption of 1t aluminum reaches to 315-450 kilowatts, with efficiency improved by 30% compared to resistance aluminum melting furnace and power saved by 30%. The imported alloy electromagnetic coil is used for the product, with no water passing the furnace body which is of advanced technology, super energy-saving, and your first choice when purchasing the electric heating aluminum melting furnace!
(1) The smelting furnace electromagnetic heating equipment utilizes efficient and energy-saving direct eddy-current heating, achieving a thermal efficiency of up to 95%. With the addition of heat preservation cotton, heat conduction is reduced and thermal radiation is greatly minimized. Under the same conditions, power consumption is saved by 30-70% and pre-heating time is shortened by over 1/3, effectively lowering production costs compared to traditional heating methods.
(2) The intelligent control system operates stably, and the perfect anti-interference system ensures the equipment runs safely and reliably for an extended period.
(3) The ambient temperature can be significantly lowered to achieve the ideal environmental protection effect.
(4) Soft start, which is safe and reliable, can be used, and the impact on the power supply is smaller.
(5) The heating ring has a long service life; its temperature is only around 200 °C during continuous operation, eliminating the need for replacement. This reduces secondary investment compared to the original resistance wire.
(6) The product has high heating efficiency, which can significantly reduce the temperature rise time and improve product output.
Power consumption expense of electromagnetic aluminum melting furnace equipment:
- Saves 30% compared to common resistance wire melting equipment.
- Saving by 30% compared to power frequency melting equipment.
- Saves 40% compared to diesel or natural gas melting equipment.
- Saves 20% compared to silicon-controlled intermediate frequency melting equipment.