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High Silica Fiberglass Filtration Mesh Cap

The cap-style high silica fiberglass casting filter mesh is produced by heat resistance fiber in specific techniques and after-treatment.

With features of lower cost, convenience to use, no impact on the element of metal casting, good efficacy on filter residue, heat resistance, flame resistance, this casting filter mesh is an ideal material for various liquid metals.

High Silica Fiberglass Filtration Mesh Cap also can be used on the filtering chemical corrosion liquid and High-temperature gas.

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Parameter

The cap-style fiberglass mesh filter is woven with special high-twist & high-strength alkali-free fiberglass and special post-treatment. The maximum temperature resistance can reach 900 ℃.

It is widely used in automobile and motorcycle wheels, cylinder pistons, aluminum rods, aluminum materials, aluminum ingots, aluminum plates and precision casting of all types of aluminum alloy casting.

The cap-style high silica fiberglass casting filter mesh is produced by heat resistance fiber in specific techniques and after-treatment. With features of lower cost, convenience to use, no impact on the element of metal casting, good efficacy on filter residue, heat resistance, flame resistance, this casting filter mesh is an ideal material for various liquid metals. High silica fiberglass also can be used on the filtering chemical corrosion liquid and High-temperature gas.

High silica fiberglass mesh filters for molten aluminum filtration are specially designed and woven for the diffusion and filtration of aluminum. High twisted yarns are used to control strand diameters and resist flattening or distortion under pressure from contact with molten metal. The integrity of the weave pattern is maintained by the use of phenolic resin, and by the use of leno construction in high density.

High Silica Fiberglass Filtration Mesh Cap

Cap Filter Mesh Features and Functions:

● Carbonized by High Temperature.

● Coated with special resin.

● Smokeless & Odorless & Flameless.

● With one or two staple or not, up to clients' need.

● Effectively remove impurities, reduce turbulence and eliminate air bubbles from molten aluminium.

● Improving the quality of castings and reducing costs.

● The aluminium filtered by this mesh can be recycled again.

● It is environment-friendly products.

● All shapes can be customized according to clients' requirements.

Type	Fiberglass Cap Filter For Aluminum
Work Temperature	700-800℃
Softening Temperature	900℃
Continuous Working Hours	＜20Min.（700-800℃）
Gas Emit	≤30cm 3/g
Thickness	0.5mm
Weight	150-350 g/m2
Hole Size	0.80.8/1.01.0/1.21.2/1.51.5/2.02.0/2.52.5mm
Weave Pattern	Leno
Certificate	ISO9001:2015

Application:

Welding and Foundry Operations: In industries such as welding and foundry operations, where high temperatures and flying sparks are common, high silica fiberglass filtration mesh caps are utilized to protect workers' heads and hair. The caps' heat-resistant properties prevent burns and injuries caused by contact with hot sparks or molten metal. The filtration mesh component helps prevent particles, dust, and debris from entering the cap, ensuring a clean and safe working environment.

Chemical and Petrochemical Industries: High silica fiberglass filtration mesh caps find applications in chemical and petrochemical industries, where workers are exposed to corrosive chemicals and potential splashes. These caps offer protection against chemical spills and splashes while allowing air circulation through the filtration mesh, enhancing comfort for the wearer.

High-Temperature Environments: Industries like metallurgy, glass manufacturing, and furnace operations involve working in extreme heat conditions. High silica fiberglass filtration mesh caps provide insulation and protection against radiant heat, helping workers remain comfortable and safe in these environments.

Firefighting and Emergency Response: In firefighting and emergency response scenarios, high silica fiberglass filtration mesh caps can be used as additional protective gear. They offer heat resistance and filtration capabilities, guarding against sparks, embers, and airborne particles present during firefighting operations.

Automotive and Aerospace Manufacturing: In manufacturing processes involving high temperatures and metalworking, such as automotive and aerospace industries, these caps shield workers' heads from potential hazards like hot metal fragments and sparks. The filtration mesh prevents debris from entering the cap and ensures worker safety.