Aluminum alloy melting furnace adopts integral casting

Aluminum alloy melting furnace adopts integral casting

The pouring method adopts the integral pouring method, which makes the aluminum melting furnace have a good overall structure, without brick joints, not easy to leak, and not easy to crack, so that the furnace can run stably for a long time.

Reasonable design of aluminum alloy melting furnace lining

The design of refractory materials for aluminum alloy smelting furnace lining fully considers the different working conditions and load changes of the side wall of the molten pool, the bottom of the furnace, and the specific structural design is made separately, which is more reasonable.

High precision of temperature control of molten aluminum in aluminum alloy melting furnace

The perfect control system and precise temperature control system greatly improve the temperature control accuracy of the molten aluminum in the furnace and also improve the product quality.

Aluminum alloy melting furnace is clean and durable

The slagging method adopts mechanical slagging, which greatly reduces the labor intensity. And its heat preservation material adopts the refractory material for furnace construction independently developed by our company, which has good heat preservation effect and remarkable anti-aluminum effect. Aiming at the shortcomings of super-large furnace roof and super-wide furnace mouth that the refractories are easy to crack, damage, and collapse, the above-mentioned fruitful construction is carried out by adopting "separated" pouring, convex and concave locks between blocks, and reasonable setting of expansion joints. Technology can ensure the service life of the furnace ≥ 3 years.

High thermal efficiency of aluminum alloy melting furnace

The circular aluminum alloy melting furnace can achieve a greater melting rate, reduce the energy consumption of the aluminum melting furnace, and improve the thermal efficiency. At the same time, the excess air coefficient of the aluminum melting furnace can be controlled to reduce the heat loss of incomplete combustion of the fuel, thereby making the aluminum melting The furnace achieves a higher thermal efficiency.

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