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|Material:||304 / 316 Stainless Steel||Weave Style:||Plain Weave Dutch Mesh|
|Diameter:||0.9*0.71- 0.025*0.015||Usage:||Chemical Industry|
|Product Name:||Dutch Woven Wire Mesh|
decorative metal screen mesh,
plain dutch weave mesh
Resistance to high temperature corrosion 316 plain dutch woven stainless steel mesh
Stainless steel wire mesh and stainless steel wire mesh products are widely used in petroleum, chemical, environmental protection, mining, airspace, paper, electronics, metallurgy and other industries. Special sizes and specifications are available upon request.
Dutch woven stainless steel wire mesh: Dutch twill weave wire cloth provides higher strength than ordinary Dutch woven wire cloth. It has more wire wrapped in a given area than a Dutch plain weave. In general, Dutch twill woven wire mesh provides a finer mesh number and lower flow than other Dutch woven wire cloths, and can be made into filter particles having a diameter of 2 microns.
Dutch plain wire cloth is mainly used as a filter cloth. This woven wire mesh has a thick mesh and a line in the warp direction and a thin mesh and a line in the weft direction. The Dutch plain weave is an ideal filter cloth with a very compact, strong mesh and high strength.
Stainless steel wire mesh material: woven stainless steel wire mesh (wire mesh) materials are divided into 304 type, 304L type, 316 type and 316 type. Type 304 is commonly referred to as "18-8" (18%) chromium, 8% nickel ), a basic stainless steel alloy, usually used for wire weaving. It can withstand outdoor exposure without rust and can withstand oxidation at temperatures up to 1400 degrees Fahrenheit.
Type 304 L is very similar to T-304 except that the carbon content is reduced for better weaving and secondary welding.
Type 316 is stabilized by the addition of 2% molybdate, which is an "18-8" alloy. It has better pitting resistance than other chrome-nickel stainless steels containing brine, sulfur-containing water or halogen salts such as chloride. A valuable property of T-316 is its high creep strength at high temperatures. Other mechanical properties and manufacturing characteristics are similar to T-304.
Dutch wire mesh has endless applications in industry, commerce and decoration. Such as filters, sieves, separators, filters, baskets, gas diffusion, drying, car grille mesh, vents, building and construction nets, craft paper, decorative nets, fan hoods, filter liquids and gases, fireplace screens, food Dry, basic ventilation net, gutter protection net, high transparent net, hydraulic filter, insect net, lampshade, oil filter, pest control, safety, separation of fuel from water
♦ Fine mesh holes give very high filter precision.
♦ High tensile strength and can operate under heavy pressure.
♦ Has a solid structure and a long service life.
Performance: acid resistance, alkali resistance, high temperature resistance, strong tensile and wear resistance, stable filtration performance, fineness, high precision and special filtration performance.
Weaving: plain weave stainless steel dense mesh (plain-dense), twill weave stainless steel dense mesh (twill-dense), bamboo weave stainless steel dense mesh, contrast weave stainless steel dense mesh (also called contrast mesh conveyor) ).
Craft: plain weave of the Netherlands: the weave of the weave is similar to the weaving of each line. The difference is that the warp filaments of the woven mesh are thicker than the weft filaments. The weft wire is closely closed to form a tapered or wedge-shaped opening.
Twill Dutch weave: This weave of wire cloth combines the Dutch-made and twill weave techniques described above. The thick warp yarns are interdigitated with a thinner weft. Each warp thread shuttles between the upper and lower sides of the weft. The weft wire is closely closed to form a tapered or wedge-shaped opening.
Uses: The products are mainly used for gas, liquid filtration and other medium separation; widely used in precision pressure filters, fuel filtration, vacuum filters, filter materials, aerospace, oil refining, medicine, sugar, petroleum, chemical, chemical fiber, rubber , tire manufacturing, metallurgy, food, health research and other industries.
|Mesh count Warp*Weft||Mesh opening||Presssure drop-coefficient||Tensile strength||Porosity theor||Weight||Thickness|
Contact Person: Sofia