The degassing of aluminum is based on the principle that dissolved hydrogen gas will move from an area of high concentration (in the melt) to……
Degassing and flux injection practices can help reduce hydrogen and inclusions and improve the quality of the aluminum melt in the foundry. Porosity is a……
When the aluminum liquid enters the inlet of the degassing device, in order to prevent the air from entering the hydrogen removal device from the……
The hydrogen content in the aluminum melt has a decisive influence on the properties of aluminum and aluminum alloys. Therefore, hydrogen degassing has become one……
There are many factors that affect the quality of aluminum and its alloys. Among them, the hydrogen content, inclusions and alkali metal concentration of molten……
In order to protect its position in the global automotive industry, aluminum foundries must meet or exceed higher technical specifications to provide better quality and……
Online degassing system can reduce the accumulation of gas and the problems, and achieve the highest refining efficiency. A major disadvantage of conventional reactors is……
Inert gas refining is to continuously blow inert bubbles into the melt, and bring the oxidized inclusions and hydrogen out of the liquid surface while……
Degassing Molten Aluminium refers to the removal of dissolved hydrogen. It manifests as pores inside the casting. Usually, you may see tiny bubbles when cutting……
