Definition of Stainless Steel Annealed Wire
Stainless Steel Annealed Wire is a kind of soft iron wire product made by cold drawing, heating, constant temperature, heat preservation and other processes of low carbon steel. The composition of iron wire varies according to its use. It contains iron, cobalt, nickel, copper, carbon, zinc and other elements. Hot metal billets are rolled into 6.5mm thick steel bars, that is, wire rods, which are then put into the wire drawing device and drawn into lines of different diameters. The hole diameter of the wire drawing disc is gradually reduced, and various iron wires of different specifications are made by cooling, annealing, coating and other processing processes.
Stainless Steel Annealed Wire production developed earlier because of its simple process and wide application. Iron wire or steel wire is another cold working product of steel wire, and the materials used are generally high-quality low-carbon steel or stainless steel. In general, the iron ingot (steel ingot) for making iron wire (steel wire) can only be produced through several procedures such as shell stripping, pickling, water washing, saponification, drying, drawing, annealing, cooling, pickling, water washing, galvanizing line, packaging, etc.
Annealed wire has good elasticity and flexibility, and its hardness can be controlled during annealing. It is mainly used as binding wire and binding wire in the construction industry. It is softer and more flexible than ordinary black iron wire, with uniform softness and consistent chroma.Stainless Steel Annealed Wire is a kind of soft iron wire product made by cold drawing, heating, constant temperature, heat preservation and other processes of low carbon steel.
The composition of iron wire varies according to its use. It contains iron, cobalt, nickel, copper, carbon, zinc and other elements. Hot metal billets are rolled into 6.5mm thick steel bars, that is, wire rods, which are then put into the wire drawing device and drawn into lines of different diameters. The hole diameter of the wire drawing disc is gradually reduced, and various iron wires of different specifications are made by cooling, annealing, coating and other processing processes.
Advantages of Stainless Steel Annealed Wire
As the Stainless Steel Annealed Wire has been annealed, it has good elasticity and flexibility, and its hardness can be controlled during the annealing process. Therefore, the annealed wire is also widely used, mainly as binding wire and binding wire in the construction industry. The wire size mainly includes 5 # - 38 # (wire diameter 0.17-4.5mm), which is softer and more flexible than ordinary black iron wire, with uniform softness and color.
Due to its strong flexibility, good plasticity and other characteristics, the Stainless Steel Annealed Wire is widely used in the construction industry, handicrafts, woven wire mesh, product packaging, daily civilian and other fields. Among them, the 1.6mm thread is processed by machine and punched on the shaft, which is mainly used for the special wire for grass cutting machine and is extremely popular in the Saudi market.
During production, the Stainless Steel Annealed Wire will be processed according to the performance of the material, and its hardness and softness will be changed according to different needs, which can make it have more advantages, reduce the consumption of metal and reduce the production cost.
It does not require routine maintenance when using, which can not only save a lot of time, but also reduce costs. It also has good stability, strong corrosion resistance, and greatly extends the service life.
Application of Stainless Steel Annealed Wire
The use of Stainless Steel Annealed Wire is also very extensive.
The Stainless Steel Annealed Wire widely used in industry, agriculture, aquaculture, construction, transportation, mining and other fields is welded with high-quality low-carbon iron wire. After cold plating (electroplating), hot plating, PVC coating and other surface passivation and plasticization treatment, the produced metal mesh has flat surface, uniform mesh, firm welding points, and good stability, corrosion resistance and corrosion resistance.
