Woven Wire Mesh

Wedge shaped filter plate is a filter plate structure made by welding V-shaped (wedge-shaped) metal wires and support rods (usually trapezoidal or rectangular), commonly used in solid-liquid separation, screening, dehydration, and filtration systems. Its unique wedge-shaped structure gives it continuous gaps, non clogging design, high strength and corrosion resistance, and is widely used in industries such as water treatment, papermaking, food, mining, chemical, and petroleum.

Cutting filter mesh refers to the precise cutting of metal wire mesh (such as stainless steel mesh, copper mesh, nickel mesh, titanium mesh, etc.) into specific shapes such as sheet, block, circle or irregular shape according to customer specified dimensions, used for customized filter components in various filtration, screening, separation, support or protection application scenarios.

It is usually used to manufacture filter cartridges, filter sheets, mesh covers, support layers, heat dissipation nets, adsorption layers, etc.

The woven mesh filter cylinder is a cylindrical filter element formed by rolling, welding, or edging stainless steel woven metal wire mesh. It has a simple structure and strong permeability, and is commonly used for primary filtration, protection equipment or pipeline systems for particulate impurities in liquids or gases. It is widely used in industries such as petroleum, chemical,pharmaceutical, water treatment, food, machinery, etc

Sintered mesh filter element is a porous structure filter element made by pressing multiple layers of metal wire mesh (usually stainless steel) through high-temperature vacuum sintering process. Its overall structure is stable, with evenly distributed pores, excellent mechanical strength, filtration accuracy, high temperature resistance, and corrosion resistance. Commonly used for filtering liquids, gases, and vapors, it is widely applied in industries such as petrochemicals, pharmaceuticals, food, water treatment, aviation, and energy.

Folding wire mesh filter is a type of filter element made by folding and processing metal woven mesh (mostly stainless steel). Its design increases the effective filtration area, improves filtration efficiency and pollutant holding capacity. Mainly used for precision filtration of liquids or gases, widely applied in industries such as petroleum, chemical, pharmaceutical, food, aviation, machinery, etc.

The multi-layer composite structure woven mesh filter cylinder is a filtering element made of two or more layers of metal woven mesh through stacking, edging, or sintering processes. It is usually equipped with a supporting skeleton (such as punched mesh or coarse woven mesh) inside to enhance strength and stability.

Compared to single-layer structures, it has superior mechanical strength, filtration stability, and pollutant holding capacity, making it suitable for use in high-pressure, high-temperature, and high viscosity media filtration environments.

The nickel is a sliver-white metal. According to the purity, the nickel has different material types, such as the N2, N4, N6 and N8. Nickel woven wire mesh is manufactured from nickel wire with high purity not less than 99%. The nickel wire is woven through plain weave and twill weave production to form the continuous and regular meshes.

Punching mesh board refers to punching various shapes of holes on metal sheets in a certain arrangement, such as round holes, square holes, long holes, diamond holes, hexagonal holes, etc., to form a metal mesh board with functions such as breathability, transparency, and filtration.

Etching mesh plate is a metal mesh sheet formed by transferring pre designed patterns onto a metal surface through chemical corrosion, and then corroding designated areas to form metal mesh sheets with micropores, mesh holes, or graphic structures. This process is usually suitable for metal sheets with a thickness of 0.03mm~1.5mm

Punched mesh filter cartridge is a cylindrical filter element made by rolling, welding or forming punched metal plates (steel plates, stainless steel plates, etc.), which has good mechanical strength, pressure bearing capacity and durability. It can be used alone or as a support skeleton for multi-layer filters, widely used for coarse filtration or pre filtration of liquids, gases, powders and other media.

Knitted wire mesh demisters, also known as demister pads or mist eliminators, are essential filtration components used in gas-liquid separation processes. Their main function is to capture and remove liquid droplets from gas streams, thus improving product purity and protecting downstream equipment. They are widely used in industries such as chemical processing, petrochemicals, environmental engineering, metallurgy, and pharmaceuticals.

Knitted wire mesh demisters are made by knitting fine metal  into a mesh structure using specialized knitting machines. The knitted mesh is then layered and compressed to the required thickness and density. Key structural features include:

Multi-layered interlocking structure: Enhances droplet capture efficiency.

Large specific surface area: Increases contact between droplets and mesh.

Lightweight and flexible: Easy to handle and install.

High porosity (typically over 98%): Low pressure drop and high gas throughput.

Knitted wire mesh is made by knitting machine similar to jumpers and scarves machine. The final knitted mesh is in the structure of inter-connecting loops, and it is similar to a long knit sock. We can produce multi- filament, co-knit and multi-strand knitted wire meshes. Our knit wire diameter is commonly range from 0.11 mm to 0.35 mm. But for special applications, knit wire as small as 0.03 mm or as large as 0.8 mm in diameter is available.

 Material                                                                 

Steel & Alloy                                                                       

Carbonsteel/SS304/SS316/SS316L/SS310S/SS304M

Nickel/Titanium/Brass/Copper/Cr20Ni80/Cr20Ni50/Inconel      

Density

1