Gas Fired Graphite Crucible 300 to 1000 kg Industrial Aluminum Melting Furnace with Recuperator

Gas Fired Graphite Crucible 300 to 1000 kg Industrial Aluminum Melting Furnace with Recuperator

1. Application

The gas fired aluminum scrap melting furnace is mainly used for aluminum melting for the

pressure casting, gravity casting and the liquid die forging.

2. Composition

The metal melting furnace consists of furnace body, electrical control box and combustion system, furnace

insulation structure and refractory layer. The shell of the furnace body is welded by section steel and steel

plate, and it is composed of various light refractory materials and some castables. The secondary utilization

design of chimney is adopted to save the energy consumption. The furnace body is equipped with a thermocouple,

which is connected with the temperature controller through the compensation wire to measure the furnace temperature.

2.1 Steel structure: furnace shell is made of steel plate and section steel.

2.2 Composition of furnace lining: the molten pool is cast in one time as a whole, which is characterized by high

strength, long service life, etc. (Compressive strength: 140 Mpa above 110 ℃; linear change rate is only 0.1%).

The thermal insulation layer shall be made of first-class aluminum silicate fiber board and light bricks.

2.3 Combustion system: The burning system components are mainly of Honeywell brand. The flame can be

adjusted at will between 10% and 100%. It is easy to operate and maintain, and has a long service life. At

the same time, it has temperature control, automatic ignition, and flame monitoring. When the set

temperature is reached, the burner stops burning. When the temperature in the aluminum scrap 

melting furnace is lower than the lower limit of the set temperature, the burner

enters the burning state for automatic combustion.

4.Technical Parameters

This melting furnace for aluminum can be used to melt and hold aluminum molten liquid

according to the user's requirements.

It has the following properties: