Used ASKI gas mixing systems for magnesium offer a reliable and cost-effective solution for the precise dosing and mixing of gases in metal processing, particularly in the processing of magnesium. These systems are specially developed for the production of a triple gas mixture of nitrogen (N), carbon dioxide (CO2) and R134a/SO2 and also enable the additional injection of argon to further optimise the dosing technology.

The ASKI gas mixing systems are used in metal processing to achieve the ideal mixing ratio of gases required for certain processes such as the production of magnesium alloys or the machining of magnesium castings. The 3-gas mixture consisting of N, CO2 and R134a/SO2 is often used to control the atmosphere in the production of magnesium components in order to prevent undesirable reactions such as oxidation and at the same time optimise material quality.

In addition to the precise mixing and control of the main gases, the system enables the injection of argon, an inert gas that helps to stabilise the process. Argon is used in many applications to ensure a constant atmosphere and minimise the risk of reactions with air or other gases, which is particularly important in magnesium processing as magnesium is very reactive.

Used ASKI gas mixing systems offer the advantage of being a cost-effective alternative to new systems without compromising the quality and precision of gas dosing. After professional maintenance and repair, these machines are still able to fulfil the high demands of metal processing and ensure an accurate, reliable gas supply for industrial processes.

The precise dosing and mixing of gases in metal processing contributes significantly to improved product quality and a more stable production process. Companies that purchase used ASKI gas mixing systems benefit from an economical solution for magnesium processing that reduces costs while making production processes efficient and reliable.