Inline Mesh Filters and Strainers

Common materials include SS316 stainless steel, brass, copper, aluminum, and specialty polymers such as PEEK. Material choice depends on the operating environment: SS316 offers strong corrosion resistance for chemical and food-grade applications, while polymer mesh is used where stainless steel would react with aggressive chemicals.

Demister pads, also called mist eliminators, use a high-surface-area 3D knitted mesh structure to capture and coalesce liquid droplets from gas streams before they damage downstream equipment. They are typically SS316 with zinc coating for corrosion resistance and can be installed horizontally or vertically, with custom sizing available.

These products serve oil and gas refining, chemical processing, power generation, automotive, aerospace, food and beverage, and pharmaceutical manufacturing. Applications range from compressed air and gas filtration to EMC/RFI shielding, insulation, and equipment protection from liquid droplet damage.

Yes, wire diameter, mesh size, and porosity can be custom-engineered to meet specific filtration requirements. Manufacturing capabilities include stretching capacity up to 300%, allowing mesh components to be formed into a wide range of shapes and densities for precise flow and particle-retention control.

Many knitted and compressed wire mesh filters, including demister pads, are designed for easy removal and can be cleaned and reinstalled rather than discarded after a single use. This reduces replacement costs and supports longer service life, particularly in stainless steel constructions.

Compressed wire mesh is typically supplied in roll form, such as 30-meter rolls, with minimum order quantities around 100 kg. Buyers should confirm exact roll lengths, wire thickness, and opening sizes with the manufacturer to match specific project volumes.