Stainless Steel Crimped Wire Mesh Used for Grill, Filter Elements

Stainless steel crimped wire mesh is crimped before weaving, and it has strong structure, good loading capacity and beautiful appearance.

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Crimped wire mesh can serve as quarry screen, infill panel, filter element, grill, etc. And it play an important role in mining, chemical, petroleum, construction industries.

Specifications of stainless steel crimped wire mesh:

• Materials: stainless steel 301, 302, 304, 304L, 316, 316L, 321.
• Mesh width: up to mm.
• Aperture width: 10–120 mm in the case of multi-notch meshes and 4–40 mm in the case of single-notch meshes.
• Weaving method: crimped before weaving.
• Surface treatment: pickling and passivation, polishing, galvanized.
• Frame:
  • Cut the edges;
  • Bent edges;
  • Sheathed hooks.
• Packing:
  • Sheets on pallets or in wooden cases;
  • Rolls wrapped with waterproof paper and plastic film.

Stainless steel crimped wire mesh features:

• Great strength and solid structure;
• Good rust and corrosion resistance;
• High loading capacity;
• Long service life;
• Beautiful surface.

Stainless steel crimped wire mesh applications:

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Advantages and disadvantages of stainless steel wire mesh

As a material of the metal mesh, it has characteristics of corrosion resistance, high strength, and good flexibility. Stainless steel wire mesh can be divided into: stainless steel square mesh, stainless steel dense mesh (seat mesh) super wide mesh (1.2-3.5 meters 5-8 meters) wide, large mesh, special specifications can be customized according to user needs.

Stainless steel wire mesh has excellent plane stability and stable pattern size. It is suitable for printing high-precision circuit boards and other products; excellent ink passing performance; good alkali resistance and tensile strength; excellent chemical resistance; Strong, suitable for printing on hot melt printing materials (heating on the wire mesh to melt the printing material). Stainless steel wire mesh was first used in the glass processing industry because the wire mesh was able to pass current and the two-color printing could be performed on the glass by changing the temperature, so the stainless steel wire mesh was rapidly developed.

With the advancement of weaving technology and monofilament manufacturing, stainless steel wire mesh can be woven into 500 mesh with a wire thickness of 50 μm. Therefore, such screens are often used in printing of printed circuit boards, integrated circuits, and the like in the electronics industry. Due to the stable mechanical properties and chemical properties of the yarn, there is no uneven weaving and weaving scars, so it is very suitable for precision printing. There are two kinds of weaving methods: plain weave and twill weave. The disadvantage is that it is susceptible to bending and damage by external force, and the wire is loosened during the printing process, which affects the printing durability, is expensive, and has high cost.