Tube design When designing and arranging pipes, avoid excessive arcs, arbitrary curves, compound bends, and arcs greater than 180°. Excessive arc not only makes the… Read More »5 Points to note for bending pipes of cold bending
Cold Bending Process
Cold bending is a stamping and bending forming process that bends metal plates, pipes and profiles into workpieces with a certain curvature, shape and size.
Before bending the pipe Pipe bending is a kind of processing technology in the bending of profiles. Good pipe bending is an art. It requires… Read More »Cold bending and hot bending in pipe bending
Bending forming Definition A stamping process for bending metal sheets, pipes and profiles into workpieces with a certain curvature, shape and size. Application Bending forming… Read More »Cold bending and hot bending, press bending, roll bending and stretch bending
High efficiency! 2-roller plate bending machine generally can reach 100-350 pieces/h, up to 1000 pieces/h.The parts have high precision & good surface quality.
Roll forming is a method in which the sheet material is placed in 2-4 rollers of the plate bending machine, and the sheet material is bent and formed along the roller as the roller rotates.
Manufacturing process of pressure vessels includes material, scribing, blanking, bending of plates, forming, edge processing, assembly, welding, inspection, etc
Casting and forging of aluminum alloy materials The production and processing methods are different, so the characteristics of the use are also completely different. Casting… Read More »Cold-formed aluminum and steel materials
Summary Cold bending is the most successful method of bending steel for use in construction and industry. Principle It results in a smooth and even… Read More »Not cold knowledge! It is the advantage and use of cold bending.
Bent steel components don’t just “walk out” of the rolling mill. Bent steel members are made of straight materials and are bent by your bending company to your requirements.
The bending process does not affect the strength or structural integrity of the steel. When the shape is successfully bent without any buckling or local cracks in the steel, under actual conditions of use, the component will withstand much less stress than that associated with the bending operation. Once the bending is completed, the member can be expected to perform as needed.