Tag Archives: Dual Rotor Online Al Melt Degasser

The online rotary degassing machine is used for on-line degassing and slag removal outside the furnace of the aluminum melt. The hydrogen content in the aluminum melt after the on-line degassing device meets the requirements of the casting process. Working Principle of Rotary Degassing Machine A certain flow of inert gas is injected into the […]

The principle of the online Metal Degassing Unit is to allow the molten aluminum to fully contact the inert gas in a purification room, so that the hydrogen present in the molten aluminum diffuses into the inert bubbles with zero hydrogen partial pressure and escapes liquid level. The solid inclusions suspended in the aluminum liquid […]

In the processing of molten aluminum, it is desirable to remove certain gases and other materials or elements from the molten aluminum before further processing and depending on the specific application or process. The device or function can generally be called a degasser or degassing for molten aluminum. In the application of a degasser for […]

Aluminum degassing system adopts a dual-rotor gas refining device, which refining gas is blown through the rotating nozzle to generate tiny bubbles. The rotating nozzle is made of graphite. The nozzle structure design takes into account the uniform ejection of bubbles. The rotating impeller is also used to break the bubbles, increase the contact area […]

Online purification equipment is an advanced melt purification method. The aluminum melt of primary aluminum, scrap, and remelted waste must be purified before being cast into ingots, slabs or rods. This can be accomplished by blowing non-chemically reactive gases such as nitrogen or argon into the aluminum melt. In most cases, a halogen gas is […]

AdTech offers Rotary Degasser and flux for molten aluminum degassing. In the rotary degassing method, inert or chemically inert gases (argon, nitrogen) are removed through the rotating shaft and rotor. The energy of the rotating shaft leads to the formation of a large number of fine bubbles, thus providing a very high surface area to […]