Foam Ceramic Filter Greece Foundry is used to filter impurities in aluminum and metal alloys. It plays a vital role in the aluminum industry in southern Europe such as Greece and Italy.

Even the smallest non-metallic impurities in the molten metal can have a destructive effect on the properties and strength of the final metal.
Foam Ceramic Filter Greece Foundry plays a vital role in removing impurities that may cause the final product and ensuring high-quality castings.

Ceramic Foam Filter Manufacturers Adtech( is constantly researching to ensure that customers will have the highest technology available on the market to produce the highest quality aluminum ingots, aluminum plates, etc. Our technology guarantees the adaptability of casting quality to the most important end product applications.

Aluminum alloy is easily inhaled and oxidized during the casting process. Therefore, there are different degrees of gas and different non-metallic inclusions in the melt, resulting in defects such as pores, pores and inclusions in the ingot.
Significantly reduce the mechanical properties, processing properties, fatigue resistance, corrosion resistance and anodic oxidation properties of aluminum, and even lead to product scrapping.

Foam Ceramic Filter Greece Foundry

On the one hand, people put forward strict requirements on the raw materials and smelting process of alloy manufacturing, and on the other hand, they are committed to the research and application of advanced technology. New technology of melt cleaning.
Aluminum foam ceramic filter has become an extremely important process in aluminum alloy production. Advanced cleaning technology is essential to ensure the metallurgical quality of aluminum alloy and improve the final performance of the product.

MYTILINEOS produces primary cast aluminum by electrolyzing (anhydrous) alumina through ALUMINIUM OF GREECE. In order to process primary cast aluminum and deliver the final products (slabs, slabs and T-shaped ingots), the company’s production plant includes the following:

The anode production line, which produces assembled anodes and ensures that they are supplied to the electrolysis production line. It has an annual production capacity of 90,000 tons of roasted anodes.
The electrolysis line has an annual output of 164,000 tons of liquid aluminum.
Casting production line, where liquid metal is cast into billets (124,000 tons) and slabs (40,000 tons).
The production support line ensures the reconstruction of the protective coating of the electrolytic cell and the ladle.

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