T-shaped steel is directly split from H-shaped steel. The usage standard is the same as H-shaped steel (GB/T11263-2017). It is an ideal material to replace the welding of double angle steel. It has the advantages of strong bending resistance, simple construction, cost saving and light structural weight.
T-shaped steel is directly split from H-shaped steel. The usage standard is the same as H-shaped steel (GB/T11263-2017). It is an ideal material to replace the welding of double angle steel. It has the advantages of strong bending resistance, simple construction, cost saving and light structural weight.
Since the main materials of cross columns are thick plates, attention should be paid to preheating before assembly and welding of the main material panels and components to prevent welding defects. The penetration of the component is large, so the welding deformation is large.
Since the main materials of cross columns are thick plates, attention should be paid to preheating before assembly and welding of the main material panels and components to prevent welding defects. The penetration of the component is large, so the welding deformation is large.
Since the main materials of cross columns are thick plates, attention should be paid to preheating before assembly and welding of the main material panels and components to prevent welding defects. The penetration of the component is large, so the welding deformation is large.
Since the main materials of cross columns are thick plates, attention should be paid to preheating before assembly and welding of the main material panels and components to prevent welding defects. The penetration of the component is large, so the welding deformation is large.
Since the main materials of cross columns are thick plates, attention should be paid to preheating before assembly and welding of the main material panels and components to prevent welding defects. The penetration of the component is large, so the welding deformation is large.
Since the main materials of cross columns are thick plates, attention should be paid to preheating before assembly and welding of the main material panels and components to prevent welding defects. The penetration of the component is large, so the welding deformation is large.
Since the main materials of cross columns are thick plates, attention should be paid to preheating before assembly and welding of the main material panels and components to prevent welding defects. The penetration of the component is large, so the welding deformation is large.
The box column is welded by four steel plates. The manufacturing process is roughly the same as that of welding H-shaped steel. The process is shown in the flow chart. The box-shaped column is blanked using a CNC flame cutting machine to cut the column plate. The beveling method is carbon arc gouging to cut a K-shaped groove. After the blanking is completed, it is straightened and corrected.
The box column is welded by four steel plates. The manufacturing process is roughly the same as that of welding H-shaped steel. The process is shown in the flow chart. The box-shaped column is blanked using a CNC flame cutting machine to cut the column plate. The beveling method is carbon arc gouging to cut a K-shaped groove. After the blanking is completed, it is straightened and corrected.
The box column is welded by four steel plates. The manufacturing process is roughly the same as that of welding H-shaped steel. The process is shown in the flow chart. The box-shaped column is blanked using a CNC flame cutting machine to cut the column plate. The beveling method is carbon arc gouging to cut a K-shaped groove. After the blanking is completed, it is straightened and corrected.
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