Forming process and material characteristics of Metal Strut Channel

Metal Strut Channel relies on continuous cold bending processing technology to form metal sheets, which are bent and shaped at room temperature. The raw materials are gradually rolled by the forming unit, gradually changing the shape of the sheet without the need for high temperature heating, and the processing flow is coherent and smooth. During the manufacturing process, multiple roller molds are used to adjust the profile contour and shape various irregular shaped structures. The surface of the formed profile is smooth, the deformation is uniform, and it is not easy to produce processing cracks. This processing method is suitable for various cross-sectional structures and can be customized with irregular specifications according to usage needs, adapting to diverse engineering usage requirements.

The raw materials for producing cold-formed special-shaped steel are mostly metal materials such as carbon structural steel and alloy steel, and the material itself has a dense structure. After surface treatment, the profile has good structural rigidity and excellent resistance to bending and deformation. The surface of the material can be treated with protective measures such as galvanizing and spraying to weaken the influence of environmental factors such as humidity and oxidation, enhance corrosion resistance, and extend its service life.

Compared to traditional hot-rolled profiles, cold bending processing has lower losses and higher utilization of raw materials. The overall weight of the profile is relatively light, the structure is compact, and it is suitable for various lightweight construction projects. The stable forming process combined with high-quality metal substrates enables cold-formed profiled steel to have both structural performance and adaptability, and is widely used in industries such as construction, machinery manufacturing, and transportation facilities, becoming a commonly used metal profile in modern industry.