Introduction to metal wire mesh types, process technology and process flow

Introduction to types, technology and process flow of metal wire mesh
1. Common metal wire mesh: low carbon steel wire mesh, aluminum-magnesium alloy wire mesh, brass wire mesh, phosphor bronze wire mesh, copper wire mesh, nickel wire mesh,  copper-nickel alloy wire mesh, molybdenum wire mesh, stainless steel wire mesh, etc.
The most common, widely used and high-tech wire mesh is metal wire mesh.
2. Metal wire mesh weaving type: plain weave, twill weave, spiral weave, etc.
3. Varieties: square hole mesh, dense mesh, reverse weave dense mesh, hexagonal mesh, crimped mesh, welded mesh, spiral mesh, punched mesh, etc.
4. Specifications of metal wire mesh:
1. From the number of meshes: 1 mesh/25.4mm-635 mesh/25.4mm (square hole mesh)
             10×76-500×3500 (dense mesh)
             100×20-1200×325 (reverse dense mesh)
2. From the mesh size: 16mm-0.02mm (square hole mesh)
3. From the filter particle size: 0.347mm-0.003mm (dense mesh)
4. From the wire diameter: 4mm-0.018mm
5. Uses of metal wire mesh: Mainly used for filtering liquids and gases and screening solids and particles.
6. Metal wire mesh use industry: Widely used in machinery, food, chemical industry, pottery, abrasives, petroleum, chemical fiber, papermaking, printing, rubber, transportation, construction, electrical appliances, decoration and other industries.
7. Market prospects: With the continuous progress of society and the continuous development of science and technology, the usage will continue to increase, and the requirements for precision and technical content will become higher and higher. This product is exported to: the United States, Europe, America, Australia, Asia, Africa and other regions.
8. Metal wire mesh process flow:
1. Wire drawing: various metal wires are drawn from Ø6, 8, 10mm wire rods through multiple vacuum annealing, bright annealing, and drawing to the finest finished wire with a diameter of 0.018mm.
2. Wire inspection: It is necessary to use instruments such as spectrometers with an accuracy of 0.001mm micrometers and high-precision tensile testing machines for inspection.
3. Sizing: Wind thousands of metal wires (up to 25,000) evenly and flatly on the warp beam.
4. Reeding and reeding: Put each wire into each heald and each reed eye in an orderly manner.
5. Adjusting the machine to weave the net: It is necessary to go through dozens of processes such as lifting, helping, adjusting, weaving, and lowering the net to weave metal wires that are 2 or 3 times thinner than human hair into a metal wire mesh that will not leak even water without external pressure.
6. Metal mesh inspection: It is necessary to use instruments such as micrometers, thickness gauges, tensile machines, and 25x magnifying glasses for inspection.