Filtration Mesh Filters

Filtration mesh filters are commonly manufactured from stainless steel (SS304, SS316), brass, copper, aluminum, and specialty polymers. Stainless steel grades are favored for corrosion resistance and durability in harsh chemical or high-temperature environments, while polymer options suit applications where metal contamination or aggressive chemical exposure is a concern.

Knitted wire mesh is a flexible, stretchable 3D structure ideal for filtration, insulation, and demister applications requiring variable porosity. Compressed wire mesh takes knitted mesh and compresses it into denser shapes like rings or gaskets, offering vibration damping, energy absorption, and structural sealing properties for automotive and industrial components.

Demister pads use a high-surface-area knitted wire mesh structure to coalesce fine liquid droplets suspended in a gas stream, causing them to merge and drain away by gravity. This protects downstream equipment from liquid carryover, improves product quality, and is widely used in oil and gas refining, chemical processing, and power generation applications.

Yes, stainless steel filtration mesh filters, particularly SS316 and SS304 grades, are engineered to withstand extreme temperatures, caustic fumes, and corrosive fluids. Zinc coating and alloy selection further enhance corrosion resistance, making these filters suitable for oil and gas, chemical processing, and other harsh industrial environments.

Minimum order quantities vary by product configuration; for example, compressed wire mesh is typically supplied in 30-meter rolls with a 100 kg minimum order. Custom specifications for wire diameter, mesh size, and material can be discussed directly with the manufacturer's sales team to determine order requirements for your project.

Many knitted wire mesh filtration products are up to 95% recyclable and made from non-toxic materials, supporting sustainability initiatives. Stainless steel, brass, copper, and aluminum mesh can be reclaimed and reprocessed at end of life, reducing environmental impact compared to disposable filtration media.