Aluminum Foundries Ceramic Foam Filters, CFF Molten Metal Filtration

Aluminum Foundries Ceramic Foam Filters have no debris falling off, effectively reducing aluminum liquid pollution. The principle of adsorption is applied to the filter, which can effectively remove large inclusions in molten aluminum and effectively adsorb small inclusions.

Aluminum Foundries Ceramic Foam Filters are specially used for aluminum casting. Market-leading suppliers currently offer various sizes and thicknesses. You must choose the right one according to your requirements. If your requirements are not suitable for popular sizes, you can order custom sizes. In order to avoid re-oxidation of molten aluminum during the casting process, you can choose pressureless casting technology. It improves the manufacturer’s productivity and prepares the filter for the next high-volume shipment.

Aluminum Foundries Ceramic Foam Filters

In the production of castings, the rejection rate of castings caused by casting defects such as non-metallic inclusions usually accounts for 50-60% of the total waste. Inclusion defects not only greatly reduce the mechanical properties of the casting, but also adversely affect its processing performance and appearance.

The cleaning of liquid casting alloys and the reduction or elimination of various non-metallic inclusions is undoubtedly a very important technical measure for obtaining high-quality castings. CFF Filtering technology can effectively achieve the purpose of purifying liquid casting alloys.

Aluminum Foundries Ceramic Foam Filter can improve the cleanliness of the casting, reduce the scrap rate, or reduce the follow-up maintenance work. The production time and cost of castings can be reduced to ensure a more leaner and more reliable supply chain. The filter can ensure that the filling process is calm and controlled. This reduces the possibility of “re-oxidation” defects and improves the surface of the casting.

Ceramic foam filters are only developed as a new type of molten metal filter to reduce casting defects. They play a vital role in the metal casting and foundry industries. They are used to filter out impurities in molten metal, improve quality and performance.