Stainless steel wire has excellent corrosion resistance. Stainless steel wire is an iron cladding containing at least 10.5% chromium … Alloy 304 is a general purpose austenitic stainless steel with a radial cubic structure. In the annealed state, it is not magnetic and can only be cold treated.
The stainless steel manufacturing process is a series of transformations that a material undergoes from the moment it melts to a desired thickness or diameter. It can be divided into 3 stages: steel mill, hot rolling and cold rolling. Steel production steps are common regardless of the desired end product. Iron residues, ferro-alloys and other elements provide the chemical composition necessary to determine the quality of stainless steel. The hot rolling process uses the high ductility of the material at high temperatures to reduce its thickness or diameter. Cold rolling is the process of obtaining the final thickness or diameter. The reduction is carried out without preheating.
First, the process of casting iron and steel to obtain the base used to produce cast stainless steel of the desired quality depends on iron and other factors. The molten steel is then poured into a tank into a water-cooled mold by continuous casting. The steel is cooled and shaped into a mold-like shell known as a mill die. This bark is gradually removed by the action of a roller, cooled, straightened, and then cut to the desired length. The second step is hot rolling, and the thickness or diameter is reduced taking advantage of the greater ductility of the material at high temperatures. The third is cold rolling. In this last step, you will get the final thickness or diameter of the wire, which is a circular bar that serves as the material for the wire. The reduction process is called cold rolling because it is done without preheating. Fourth, the wire rod is advantageous for the subsequent hardening and adhesion of the coating by refining to remove oxides and impurities from the surface. Finally, during the pulling process, the rope becomes a rope, the raw material changes its structure, and the mechanical properties of the rope change. After this final process, products such as nails are usually removed from the wire or placed in the form of supply that best suits the customer as the final product. It can be suspended in other processes such as wire annealing to obtain very fine diameters.
MOST FREQUENT APPLICATIONS OF THIS WIRE.
FARMING
The uses and applications of yarns in the agricultural sector often differ with respect to their function.
BUILDING
Building wires and braids are essential and their versatile use is perfectly suited to the terrain. In a highly regulated environment where different regulations have been applied, soft yarn is a very useful product. In fact, it adapts to infinite geometries and lanyards thanks to its malleability.
CATTLE RAISING
The use of wire in the livestock sector is very useful and is an important characteristic since it facilitates the fencing of land, farms or farms. In addition, its use extends to the use of electric fences to provide greater protection and security to the facilities.
INDUSTRY
Wire is the first most necessary raw material in the Industrial Sector.
Cables are also used to protect and secure facilities, equipment, and personnel. In fact, it is transformed into a new product as a recyclable product.
ARCHITECTURE
With so many components, stainless steel allows for a wide variety of structural finishes. Also, because it is easy to machine, many high-impact buildings are made from this material. It is also widely used for interior decoration, such as railings and stairs.
THE WORD “STAINLESS”
Something very important is that when you think of stainless steel, it is considered a very shiny, very strong material that does not rust at all. This is partly the case, but actually stainless steel can rust. The word “stainless” does not mean that a material has no rust or that it is impossible to stain it, but it means that it oxidizes much less. In the case of stainless steel, it means that compared to other metals, it has much more resistance to corrosion
At Euraproin, we produce wires with a fine diameter of 0.2-3.0 mm. Our wires are used not only in rivets and screws, but also in some advanced applications such as mesh and high pressure filtration systems. The same is true of other industrial fields, such as stainless steel cable bonding and fabrication. Of materials 304,316,304L, 316L.
