Rotary Aluminium Degassing Machine mainly processes molten aluminum containing a certain amount of hydrogen and other residues (alkali metals, slag inclusions), which are removed after being processed by degassing equipment. During the smelting process of aluminum alloy, the molten aluminum will react with water vapor to produce hydrogen and dissolve into the molten aluminum. When […]
and other residues contained in the molten aluminum and its alloys that affect its quality and mechanical properties. It has a dual function: processing and heating. It is mainly used for the purification of the melt in the production of high-precision aluminum products. The degassing device is used for dust removal, smoke removal, and degassing […]
Aluminium Degass is subject to changes in the internal structure, size and position of the box, which have a great impact on the size, number and distribution of refined bubbles. The degassing medium is recommended to use 99.996% nitrogen or high-purity argon that has been dehydrated and dried. Aluminium Degass stirs the aluminum liquid through […]
Degassing Equipment is also called: aluminum water slag remover, refining degassing machine, hydrogen removing machine, aluminum liquid purifier, aluminum water removing hydrogen machine, aluminum alloy refining degassing machine, hydrogen removing machine, aluminum ingot degassing machine, aluminum liquid Deaerator, slag remover, fixed aluminum water deaerator, mobile aluminum water deaerator, hoisted aluminum water deaerator, powder spray type […]
Degassing Unit is installed between the furnace and the casting machine to eliminate hydrogen and other residues contained in the molten aluminum and its alloys that affect its quality and mechanical properties. It has an ultra-long life furnace body using a new high-silicon molten material manufacturing technology. The degassing rotor, heater protection sleeve, and thermocouple […]
Degassing Purification System uses a rotating rotor to break the inert gas (argon or nitrogen) blown into the molten aluminum into a large number of dispersed bubbles and disperse them in the molten aluminum. Bubbles in the aluminum liquid rely on the gas partial pressure difference and the principle of surface adsorption to absorb hydrogen […]
