165 Mesh Stainless Steel 0.002''(0.05mm) Wire Dia. Cloth

165 Mesh Stainless Steel 0.002''(0.05mm) Wire Dia. Cloth

Mesh Count: 165Mesh Per Inch

Wire Dia.: 0.002''(0.05mm) 

Width: 36''-50''（0.914m-1.524m）

Aperture: 0.0041 Inch (0.104mm)

% of Open Area: 45.6%

Weight: 0.206kg/Sq.meter

Stainless steel mesh cloth is the most popular woven screen in the industrial world. It is known for its corrosion resistance and strength.

The Stainless Steel Mesh cloth can be made to disc mesh, slitting mesh and rectangles mesh.

Stainless Steel Wire Mesh Cloth Usage:Filtration, sifting, sizing; Marine uses(T316 alloy); Faucet screen 60x40 mesh T316; Insect screen 18x16 mesh T304; Insect screen in a marine 18x16 mesh T316; CRT screen 50x50; 80x80; 100x100 high transparency grade; Decorative/craft applications; Sconces; Filter Media Support, etc.

Stainless steel wire mesh contains chromium and nickel in addition to steel. It is non-magnetic in the annealed condition. After stainless steel wire mesh has been woven, it may become slightly magnetic due to cold working.

The two basic metal types: Alloy Type 304 and Type 316

T304 is the basic stainless alloy, and unless otherwise specified it is assumed that this type is acceptable. Also called 18-8 due to 18% chromium and 8% nickel. T304 melts at 2600 degrees F (1430 C) but its maximum recommended temperature for continuous service is 1450 degrees F. (790 C) and is useful for intermediate service up to 1650 degrees F (900 C). Its' uses include: sorting and screening of abrasives, liquids, powders and other solids. It is the less expensive alloy but not as corrosion resistant as T316.

Type 316 is a special stainless alloy due to the addition of 2% molybdenum. This increases its resistance to corrosion by salts, acids and seawater. Also called 18-10 due to 18% chromium and 10% nickel. T316 melts at 2500 degrees F (1375 C) but its maximum recommended temperature for continuous service is 1500 degrees F. (815 C) and is useful for intermediate service up to 1650 degrees F (900 C). Its' uses include: processing of oils and foods, chemicals, and pharmaceuticals.