Ceramic foam filter can effectively remove inclusions in aluminum melt

03 1月 Ceramic foam filter can effectively remove inclusions in aluminum melt

Posted at 03:56h in Ceramic Foam Filter by admin 0 Comments

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Ceramic Foam Filter can effectively remove the inclusions of the aluminum melt and significantly improve the quality of aluminum products. So as to greatly improve the production of aluminum products.
Aluminum products play an important role in the daily lives of residents.
In the early production process of aluminum products, due to the imperfection of its own process methods, there was a large amount of aluminum oxide residue in the electrolytic aluminum liquid, which seriously affected the quality of aluminum products.

In the modern aluminum melting and casting industry, in the process of producing aluminum products, Ceramic Foam filters can effectively improve the alumina impurities in the aluminum liquid and increase the quality of aluminum products.

The chemical composition of the non-metallic inclusions formed in the aluminum melt is very stable, and it is easy to cause cracks in the castings after solidification.
The presence of non-metallic inclusions makes it difficult to predict the mechanical properties of castings.
The influence of oxidized inclusions on the tensile properties of aluminum alloys is believed to be the main cause of the decrease in the mechanical properties of aluminum alloys.

Ceramic Foam Filter Iralco Iran

Stable and clean aluminum melt has many advantages.
For example, it reduces the entrapment and solidification shrinkage during forming and increases the compactness and strength of the blank.
Improve the uniformity of blank performance.
The forming resistance is reduced, the production efficiency is improved, and the rejection rate is reduced.
Reduce the filling temperature and extend the life of the mold.
The blanks of complex parts can be manufactured, and the production can be highly automated. This technology has been successfully applied to the manufacture of aircraft engine blade parts.

Whether from an economic point of view or from a process stability point of view, in metal forming, there are many ways to provide aluminum alloy blanks, such as mechanical stirring method, electromagnetic stirring method, strain activation method, powder method, etc.
However, the only high-stability and ultra-clean aluminum alloy metal blank production technology for commercial applications is electromagnetic stirring and strain activation.
Electromagnetic separation is an efficient, stable, and clean method to remove non-metallic inclusions in aluminum melt.
Among the various electromagnetic separation schemes, the alternating magnetic field scheme is the most suitable for the removal of tiny inclusions.