Cold-drawn hexagonal steel also belongs to a class of cold-drawn steel. When adjusting the vertical edge of the cold-drawn hexagonal steel, the top surface of the hammer must be slightly tilted so that the edge of the cold-drawn hexagonal steel can be tilted inward so as not to overturn the cold-drawn hexagonal steel and hurt the palm.When adjusting the back of the cold-drawn hexagonal steel, the hammer surface should also be slightly tilted to avoid the strike force from focusing on the side of the cold-drawn hexagonal steel, causing the cold-drawn hexagonal steel to dump and cause accidents.

The general curved part of the cold-drawn hexagonal steel can be improved by cold adjustment. At this time, the lower part must be padded into an air suspension, that is, it must be ensured that the curved convex surface is upward, and then the convex part.If the hexagonal steel edge is twisted inward, it can be leveled in accordance with the flat steel leveling method; when the cold-drawn hexagonal steel edge is twisted inward, it can be placed in the triangular concave tire to adjust it.When cold-drawn hexagonal steel has internal and external distortions in a certain bending section, it should be adjusted for internal distortions first, and then for external distortions.

If it is necessary to heat-adjust and cold-pull hexagonal steel, flat hammers should also be used as much as possible to prevent hammering.Regarding the mechanical leveling method of cold-drawn hexagonal steel, a press is generally used to correct it. When the top pressure is distorted, the tire type must be used.

There is also the straightening of the cold-drawn hexagonal steel structure, because the degree of bending is different, it is not easy to disassemble or disassemble the method used by Falfel.Another point that everyone must be reminded to pay attention to is that when adjusting the vertical edge of the cold-drawn hexagonal steel, care must be taken to overturn the cold-drawn hexagonal steel; when adjusting the back of the vertical edge, do not dump the cold-drawn hexagonal steel and cause injury accidents.

In strict accordance with the above requirements, the cold-drawn hexagonal steel is adjusted so that its structure and shape can be restored to satisfactory results, so that the role of the product in the process system can be fully utilized.