Sprayed stainless steel zip ties are often used for binding wires and cables in suburban areas, which requires that the zip ties have excellent corrosion resistance to ensure the stability of physical properties and prevent rusting under the changing average temperature in the suburbs. Sprayed stainless steel zip ties use spray technology to stabilize the corrosion resistance and insulation layer characteristics of the zip ties.
The spray coating technology is completely free of air pollutants during production and processing, and does not harm the body and natural environment. The coating has a good appearance quality and strong adhesion, and the fixed telephone time cycle for spray painting is short, making it easy to operate. After the spray coating is applied, the wear resistance and anti-corrosion function are greatly improved, and even when placed outdoors, it is not easy to cause corrosion, The technical cost of spray painting is significantly lower than the cost of spraying, and the requirements for actual operators are not high. Engineering construction is simple, and it is not easy to encounter the common phenomenon of turbulence in spray painting technology throughout the entire process. After spraying, the surface layer is transformed into a uniform and unsmooth dark gray phosphating treatment film that is not easy to rust, which can prevent rust and add the adhesive force of the spraying layer.
The application of spray molding technology can further stabilize the organic chemical reliability of stainless steel ties, making them less prone to rusting and able to clean their appearance to a certain level.
The efficacy of sulfur and selenium in stainless steel ties cannot be underestimated.
Residual elements such as sulfur and selenium are commonly present in stainless steel zip ties. However, adding 0.2-0.4% sulfur to the stainless steel zip ties can improve the workability of the stainless steel plate, and selenium also has the same effect. Sulfur and selenium improve the workability of the stainless steel plate, as they reduce its ductility. For example, the impact value of 18-8 chromium nickel stainless steel plate can reach 30KG/cm2, The impact value of 18-8 steel (0.084% C, 18.15% Cr, 9.25% Ni) containing 0.31% sulfur is 1.8KG/cubic centimeter, and the impact value of 18-8 steel (0.094% C, 18.4% Cr, 9% Ni) containing 0.22% selenium is 3.24KG/cubic centimeter.
Both sulfur and selenium reduce the corrosion resistance of stainless steel plates, so there is very little use of them as fine grain strengthening elements for stainless steel plates. Therefore, the effectiveness of sulfur and selenium in stainless steel ties cannot be reduced.
Stainless steel zip ties have an inseparable binding effect compared to zip ties, and are superior in quality. They are resistant to aging, corrosion, and have strong binding legal effects and a long application period. They are widely used in various industries such as ship construction, maritime repair, chemical factory manufacturing, and civilian maintenance, and their styles are also undergoing continuous improvement and evolution.
There are various specifications and models, which can meet the requirements of most industries for accurate and coordinated bundling categories.