Ceramic Foam Filter Montenegro Uniprom

25 6月 Ceramic Foam Filter Montenegro Uniprom

Posted at 08:19h in Ceramic Foam Filter by admin 0 Comments

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Ceramic Foam Filter Montenegro Uniprom is used to remove the inclusions generated between the refining system and the hot top casting platform.
During the solidification of the metal, the ability of the ceramic foam filter to capture these inclusions is critical to keeping the steel ingot clean.
This ensures the quality and productivity of downstream processes such as forging, extrusion, and rolling.

According to Alitalia, purchasing ceramic filter elements through sales@adtechamm.com can solve the following problems.
Avoid inclusions. Make aluminum products more resistant to corrosion and have a better appearance.
Avoid product defects such as pinholes, looseness, and cracks.
Therefore, the casting of Italian aluminum ceramic filter is the key process of aluminum aluminum and aluminum smelting in Italy.
In the modern aluminum melt purification process, the filter is near the end of the last pouring purification process.

Ceramic Foam Filter Montenegro Uniprom

The excellent refining and filtering performance of high-temperature aluminum and aluminum alloy solutions is to filter non-metallic slag and slag into micron level, so that the surface of the casting is smooth, reducing processing loss, Foundry Filters are filled with aluminum liquid more evenly, and the turbulent flow is transformed into a very stable laminar flow. , Laminar flow has better cavity filling, thereby reducing the metal solution pair. Affect the corrosion of the casting cavity, greatly reduce the rejection rate, reduce production costs, and improve labor productivity.

Ceramic Foam Filter Montenegro Uniprom has excellent performance and is suitable for purification and filtration of high-temperature aluminum and aluminum alloy solutions.
It can filter non-metallic slag and micron-sized slag to make the surface of castings smoother and reduce processing loss.
After filtering, the molten aluminum can fill the cavity more evenly, and the molten metal has a higher tendency of turbulence during the casting process.
And finally the turbulent flow through the three-dimensional pore structure is transformed into a very stable laminar flow, and the laminar flow has a good filling ability to the cavity, thereby reducing the metal solution pair.
Impact corrosion of the casting cavity, significantly reduce the rejection rate, reduce production costs, and improve labor productivity.