As we all know, the structure of Jinan C-beam is relatively complex, the cost is relatively high, and it needs a lot of parts to support, but the assembly is very complex, and we need to install it without deformation and displacement of the connecting rod. Do you know how to process C-beam? How to prevent it from deforming? How much do you know about this? Next, we will give you a detailed summary.

镀锌C型钢和其他钢材一样，在建筑工程中经常使用，在镀锌C之前会进行加工-型钢用。在加工镀锌c型钢时，我们发现镀锌c型钢的冲压和弯曲回弹将被视为一个关键问题，以确保镀锌c型钢的加工质量。

Galvanized C-section steel, like other steel, is often used in construction engineering. It will be processed before galvanizing C-section steel. When processing galvanized C-section steel, we found that stamping and bending springback of galvanized C-section steel will be regarded as a key problem to ensure the processing quality of galvanized C-section steel.

济南C型钢

Jinan C-beam

冷弯作为镀锌c型钢加工中的一个重要工序，是镀锌c型钢成型的关键。虽然材料应在冷弯后进行校正，但镀锌C型钢弯曲一段时间后仍会发生严重变形。

As an important process in the processing of galvanized C-beam, cold bending is the key to the forming of galvanized C-beam. Although the material should be corrected after cold bending, the galvanized C-beam will still deform seriously after bending for a period of time.

这说明镀锌C型钢内存在很大的内应力，使得镀锌C型钢弯曲后回弹很大。

This shows that there is a large internal stress in the galvanized C-beam, which makes the galvanized C-beam rebound greatly after bending.

彩钢设备在材料使用和结构优化上比较考究，所以多连杆悬架的主要需求是追求操控和驾驶舒服性。济南C型钢采用自动飞锯打孔，操作简单。

Color steel equipment in the use of materials and structure optimization is more elegant, so the main demand of multi link suspension is the pursuit of control and driving comfort. Jinan C-beam adopts automatic flying saw for drilling, which is easy to operate.

该机主要由装载架、调平装置、成型后切割装置、冲孔装置、液压站、计算机控制系统等组成。主要应用镀锌C型钢产品可作为大中型工业和民用建筑的主要受力结构。

The machine is mainly composed of loading frame, leveling device, cutting device after forming, punching device, hydraulic station, computer control system, etc. The main application of galvanized C-section steel products can be used as the main stress structure of large and medium-sized industrial and civil buildings.