Stainless steel welded wire mesh is made from stainless steel wires through welding. The mesh surface is smooth, with uniform mesh size and strong weld points. It exhibits good local machining performance, stability, and excellent corrosion and erosion resistance.
Stainless steel welded wire mesh typically uses materials like 201, 202, 304, 304L, 316, 316L stainless steel wires, processed using precise automated mechanical techniques. The mesh is flat, structurally robust, and maintains integrity even under localized cutting or pressure. Stainless steel welded wire mesh is one of the stainless steel wire mesh products.
Characteristics
Excellent corrosion and oxidation resistance, strong weld points, high tensile strength, and bright surface.
Applications
Stainless steel welded wire mesh is widely used in industries such as mining, petroleum, chemical, food, pharmaceuticals, and machinery manufacturing for equipment protection.
Widely used in civil construction for cement plastering, typically utilizing 201, 202, 304, 304L, 316 stainless steel.
Characteristics
Known for its excellent, stable, corrosion-resistant properties.
Applications include civil construction, poultry farming enclosures (chickens, ducks, geese, rabbits, and zoo enclosures), machinery protection, highway guardrails, sports venue fencing, roadside green belt protection. Also applicable in construction, highways, bridges as reinforcing bars, machinery protection, industrial, agricultural, and construction sectors.
Stainless steel welded wire mesh is used for poultry cages, egg baskets, corridor fencing, drainage troughs, porch guardrails, rodent barriers, machinery protection covers, livestock and plant fencing, and grid frames.
Material Testing
Stainless steel welded wire mesh is understood to have a rust-resistant surface. However, it’s crucial to verify product quality with factory inspection certificates or quality assurance documents and consider the seller’s reputation rather than simply seeking low prices.
Craftsmanship and Features
Manufactured through stainless steel wire welding, the mesh exhibits a glossy and smooth surface. It boasts long lifespan and strong corrosion resistance, being resistant to acids and alkalis.
Stainless steel is heat-resistant, acid-resistant, corrosion-resistant, and wear-resistant. Due to these characteristics, stainless steel mesh is widely used in industries such as mining, chemical, food, petroleum, and pharmaceuticals, mainly for gas, liquid filtration, and other media separation.
Stainless Steel Mesh Sheets
Materials: Stainless steel woven mesh, copper mesh, mat type mesh, stainless steel sintered mesh, stainless steel square mesh, metal sheet mesh, steel plate mesh, perforated mesh, and other metal meshes.
Materials: Stainless steel woven mesh, copper mesh, mat type mesh, stainless steel sintered mesh, stainless steel square mesh, metal sheet mesh, steel plate mesh, perforated mesh, and other metal meshes.
Characteristics: Made of single-layer or multi-layer metal mesh, the number of layers and mesh composition depend on different usage conditions and purposes, with high concentricity, strong pressure resistance, good straightness, stainless steel material, without any burrs, long service life.
Steel Crimped Wire Mesh
Steel crimped wire mesh, also known as steel crimped wire mesh, galvanized crimped wire mesh, white steel crimped wire mesh, black steel crimped wire mesh, stainless steel crimped wire mesh, flat-top crimped wire mesh, and copper-clad steel crimped wire mesh, varies in material. Depending on its application, it can be referred to as mining screen crimped wire mesh, pig farming crimped wire mesh, barbecue crimped wire mesh, grain depot crimped wire mesh, and decorative crimped wire mesh. It can also be classified as lump crimped wire mesh, edge-wrapped crimped wire mesh, and crimped wire mesh sheets. Crimped wire mesh is formed by crimping through crimping machines and then woven into square mesh holes of various sizes and materials using new weaving machines, making it a versatile wire mesh product. The weaving methods include bidirectional wave bending, flat-top bending, bidirectional bending, tight lock bending, and rolling before weaving. It is made from various non-ferrous metal wires such as stainless steel wire, iron wire, black steel wire, lead wire, plain steel wire, brass wire, and copper wire. Crimped wire mesh features an attractive appearance and durability. There is no unified specification table for crimped wire mesh, as it varies greatly based on wire diameter, aperture size, and material.
Steel Crimped Wire Mesh
Steel crimped wire mesh is made of iron wire and black iron wire, known for its attractive appearance, durability, and robust structure. It is crimped prior to weaving, featuring characteristics such as bidirectional wave bending, tight lock bending, flat-top bending, bidirectional bending, and unidirectional wave bending. Steel crimped wire mesh is commonly used in mines, coal plants, construction sites, petrochemical industries, and construction machinery applications.
Galvanized Crimped Wire Mesh
Galvanized crimped wire mesh, also known as crimped wire mesh, is categorized into low carbon steel crimped wire mesh, high carbon steel crimped wire mesh, medium carbon steel crimped wire mesh, and steel angle line crimped wire mesh.
White Steel Crimped Wire Mesh
White steel crimped wire mesh, also known as steel strand crimped wire mesh, is composed of steel strand wires. It is categorized by weaving methods as integral weaving crimped wire mesh and flower connection crimped wire mesh. Classified by application, it includes mining crimped wire mesh and breeding crimped wire mesh. It is used for safety protection in fields, green fences, waterways, construction, breeding, and residential areas.
Stainless Steel Crimped Wire Mesh
Stainless steel crimped wire mesh is made from stainless steel wires (301, 302, 304, 304L, 316, 316L, 321), known for their heat resistance, acid resistance, alkali resistance, corrosion resistance, wear resistance, and robust structural integrity. It is crimped before weaving, featuring bidirectional bending, bidirectional wave bending, and unidirectional bending.
Primarily used in industries such as food, mining, chemical, pharmaceuticals, petroleum, metallurgy, machinery, protection, construction, and craftsmanship.
Flat-top Crimped Wire Mesh
Flat-top crimped wire mesh, also known as mining sieve crimped wire mesh, heavy-duty crimped wire mesh, or vibrating crimped wire mesh, can be further categorized based on material as iron crimped wire mesh, steel crimped wire mesh, and stainless steel crimped wire mesh. It is made from various materials such as galvanized iron wire, wire rod, stainless steel wire, black steel wire, white steel wire, galvanized steel wire, stainless steel wire, copper wire, and other non-ferrous metal wires.
This type of mesh is characterized by its attractive appearance, durability, and robust structure. The weaving method involves crimping before weaving, bidirectional wave bending, tight lock bending, flat-top bending, bidirectional bending, and unidirectional wave bending. It is widely used in mines, coal plants, construction, petrochemical industries, and construction machinery applications. Available in various specifications, it can be customized according to customer requirements.
Flattened Crimped Wire Mesh
Flattened Crimped Wire Mesh is made from various metal strands such as iron, black steel, white steel, lead, stainless steel, copper, and other non-ferrous metals. They are available in specifications ranging from 1 to 24 meshes, with widths from 1 to 5 meters. The weaving method involves rolling and then weaving, along with bidirectional waveless bending, tight locking bending, flat top bending, bidirectional bending, and unidirectional waveless bending.
The mesh is characterized by its aesthetic structure and durability, making it suitable for applications in mines, coal plants, construction, petrochemical industries, and construction machinery.
The specifications of flattened crimped wire mesh do not follow a uniform table due to variations in material, wire diameter, and mesh size, leading to a wide range of options.
