Graphite Rotor for Aluminum Degassing

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Description

Graphite rotor for aluminum degassing is a kind of equipment used in aluminum smelting process, mainly used to remove the gas in aluminum liquid, improve the quality of aluminum liquid and forming quality. The graphite rotor for aluminum degassing is usually composed of a graphite rotor and a rotor drive system, which works as follows: The graphite rotor is inserted into the aluminum liquid, and the rotor is rotated by the rotor drive system. When the rotor rotates at high speed, the centrifugal force generated brings the bubbles on the surface of the liquid aluminum to the surface of the liquid and brings the bubbles out of the profile. The gas in the liquid aluminum is stripped by the degassing rotor, thus achieving the purpose of degassing the liquid aluminum.

Advantage of Graphite Rotor

Features and advantages of graphite rotors for aluminum degassing include:

Efficient degassing: The centrifugal force generated by the high-speed rotation of the rotor can quickly peel the bubbles in the aluminum liquid to achieve the effect of efficient degassing.

High temperature resistance: The graphite material has good high temperature resistance and can work stably in the high temperature environment of liquid aluminum for a long time.

Corrosion resistance: Graphite materials are less corrosive to liquid aluminum and can maintain a long service life in contact with liquid aluminum.

Easy maintenance: The structure of the graphite rotor is simple, easy to install and maintain, and the replacement cost is low.

Product Details

Application Industry

Graphite rotors for aluminum degassing are widely used in aluminum alloy furnace smelting and casting to ensure good quality of aluminum liquid, reduce the existence of bubbles and inclusions, and improve the strength and quality of aluminum. When using, attention should be paid to the selection of the rotor and the control of the use environment, and the rotor should be maintained and replaced in time to ensure the normal operation and degassing effect of the equipment.