Galfan Wire

Processing and production of a new type of anti-corrosion material - zinc-aluminum alloy wire, zinc-aluminum alloy wire also known as Galfan wire, has excellent anti-corrosion properties and comprehensive properties. Its finished products are mainly used for thermal spraying of metal surfaces and preparation of stone cage nets. Compared with ordinary galvanized iron wire, the price of zinc-aluminum alloy wire is more expensive, but its excellent toughness, plasticity, corrosion resistance and construction performance can not be ignored.

The zinc and aluminum ratio of the surface coating of zinc-aluminum alloy wire is 9:1, so that it has a comprehensive performance close to brass, and can effectively prevent rust and corrosion, which is several times that of ordinary galvanized iron wire. The manufacturing process of this alloy wire starts from 6.5 mm low carbon steel wire, which is refined by drawing forming, high temperature annealing, pickling and hot dip galvanizing.

Zinc-aluminum alloy wire consists of two main categories: 5% zinc-aluminum alloy and 10% zinc-aluminum alloy. The ductility and deformability of zinc-aluminum alloy wire is extremely strong, even beyond the steel base it protects. When winding or bending under strong deformation process conditions, the zinc layer will not crack and fall off the problem. Therefore, it is mainly used for the preparation of stone cage nets. At the same time, Galvan silk is also a new anti-corrosion material, mainly used for thermal spraying of metal surfaces. Compared with pure zinc wire and pure aluminum wire, the Zinc-aluminum alloy wire after spraying has the characteristics of strong adhesion, strong wear resistance and good corrosion resistance.

Although the price of zinc-aluminum alloy wire is higher than that of galvanized iron wire, its excellent performance and service life are more reliable. The rigorous process in the manufacturing process and excellent oxidation protection properties make it an excellent material for metal surface protection.