Ceramic Foam Filter For Liquid Aluminum must always be in the melt. After the cessation of casting, the product can be kept in a working (hot) state by placing it under a special gas or electric heater, otherwise the product is removed from the box and cannot be used further. It is economically feasible to […]

Ceramic Foam Filter Aluminum Manipulation Working manipulations with ceramic foam filters should be carried out taking into account their fragility. When handling filters, it is preferable to work without gloves. After removing the product from the boxes, it is necessary to easily tap and blow it with a stream of compressed air to remove possible […]

Ceramic Foam Filtration Ceramic Foam Filtration is formed by a three-dimensional structure of mutually open pores forming a labyrinth of the ceramic filter body. Products are distinguished by a homogeneous ceramic structure with a minimum of blocked places on both work surfaces. In this way, optimal conditions are created for the effective use of all […]

High Porosity Foam Foundry Filter High Porosity Foam Foundry Filter is used in the metallurgical industry and foundry to clean metal melt from non-metallic inclusions and oxide films, which helps to eliminate many shortcomings, improve the quality of the metal, reduce the amount of scrap during casting and also solve other production problems. The use […]

Zro2 Porous Foam Filter General information Zro2 Porous Foam Filter is used in the production of castings from various grades of steel, cast iron, non-ferrous alloys is an effective way to ensure and improve the quality of castings. The metallurgical purity of the molten metal increases not only due to the retention of inclusions during […]

Ceramic Foam Filter for Aluminum Casting Foundry is a modern material in demand in many industrial fields. It is made from highly dispersed mineral powders, as well as from liquid foams; has a porous structure. The unique properties of this material make it simply indispensable in many industries. Ceramic foam material has low thermal conductivity […]