Fibreglass Mesh filter

● Fiberglass mesh filter are manufactured with high-temperature-resistant fiber, further more, they are produced by special technique and following-process, so with special technology and stable quality.Fiberglass mesh filters are designed for filtration of molten steel, which can effectively remove slag,refractory particles and non-metallic inclusions from molten metals.

● High Silica fiberglass mesh filter is also called refractory cloth filter. It is woven from high-silicon glass fiber yarn and coated with a special resin. our fiberglass mesh filter are widely used in aluminum alloy and copper alloy. It can also be used for chemical liquid filtration and high temperature gas filtration.

● High silica fiberglass mesh filter is weaved by high silica fiberglass yarn and coated with special refractory coating.Silica mesh filters are ideal for in-mold filtration of gray, malleable, white, compacted graphite and ductile cast irons.The filter screen can be cut into squares of any size with scissors, placed under the sprue cup, on the lap surface of the runner, and on the lap surface of the runner and the inner runner, and press it with a box.

Fiberglass Mesh Filters are widely used in the aluminum casting industry to remove impurities from molten aluminum. These filters provide a simple yet highly effective solution for improving the quality of castings by removing non-metallic inclusions, oxides, and other contaminants from the molten metal before it enters molds. Fiberglass mesh filters are particularly popular due to their high strength, thermal stability, and ease of use in various casting processes, including die casting, sand casting, and investment casting.

Cap-style high silica fiberglass casting filtering mesh is a specialized filtration product used in metal casting processes, particularly for filtering molten metals like aluminum, copper, and other non-ferrous alloys. It is designed to be inserted into the gating system or ladle of a casting setup to capture non-metallic inclusions, slag, and other impurities that can affect the quality of the final castings.