Structural composition

Cushion plate (reinforcing plate) : usually located at the contact part of the pipe support and the pipeline, it is used to increase the contact area between the pipe support and the pipeline, disperse the pipeline pressure, improve the local stress of the equipment shell, and prevent local deformation of the pipeline.

Arc plate: It is curved and fits with the outer wall of the large-diameter pipe to provide stable support for the pipe, so that the weight of the pipe can be evenly transferred to the pipe support.

Web: The vertical part connecting the arc plate and the bottom plate, the main role is to transfer the load, the force applied by the pipeline on the arc plate to the bottom plate to ensure the uniform distribution of force.

Reinforcement plate: arranged at the connection between the arc plate, web plate and bottom plate, used to strengthen the overall structural strength of the pipe support, improve the deformation resistance of the pipe support, enhance its stability, and effectively prevent the pipe support from distortion and deformation when bearing a large load.

Bottom plate: is the part of the pipe support and the supporting structure (such as ground, wall, bracket, etc.) in contact, usually a larger plate, its role is to evenly distribute the pipe weight and other loads borne by the pipe support to the supporting structure, to avoid excessive local force on the supporting structure, and it is also provided with anchor bolt holes for fixing the pipe support on the supporting structure through the anchor bolt.

Peculiarity

High strength and stability: The welding process is used to make the solid connection between the cushion plate, arc plate, web plate, reinforcement plate and bottom plate and other components, which can withstand the weight of the large diameter pipeline and the various forces generated by the medium flow in the pipeline to ensure the stability of the pipeline during operation and reduce vibration and displacement.

Good adaptability: It can be customized designed and manufactured according to different large pipe diameters, pipe materials, working environment and load requirements, and is suitable for various types of large pipe diameters, such as chemical pipes, heat pipes, water supply and drainage pipes, etc.

Easy installation: Compared with some other connected pipe brackets, the installation process of welded pipe brackets is relatively simple. At the installation site, only the tube holder can be welded to the specified position on the pipe, without complex assembly process, which can save installation time and labor costs.

Good sealing: The welding connection method can ensure that the connection between the pipe bracket and the pipe is tight, has good sealing, effectively prevent the leakage of the medium in the pipeline, especially suitable for conveying flammable, explosive, toxic and other dangerous media of large diameter pipelines.

Long service life: Under normal working conditions, the welded pipe bracket has a long service life. Its strong structure can resist a certain degree of corrosion, wear and fatigue damage, reducing the frequency of tube support replacement and reducing maintenance costs.

Application field

Chemical industry: In chemical production, a large number of large-diameter process pipelines are used to transport various chemical raw materials, intermediate products and finished products. Large diameter welded pipe brackets can be used to support these pipes, ensure the safe and stable operation of the pipeline system, and adapt to the complex process conditions and corrosive environment in chemical production.

Power industry: For example, large pipe diameter pipelines such as steam pipelines and circulating water pipelines in thermal power plants need to be supported and fixed by welded pipe brackets to withstand the high temperature, high pressure and thermal expansion stress of the pipelines, ensure the normal operation of the pipeline system, and provide reliable support for power generation equipment.

Oil and natural gas industry: In the process of oil and natural gas exploitation, transportation and processing, large diameter oil pipelines, gas pipelines and other widely used. Welded pipe brackets can provide stable support for these pipelines, adapt to the harsh working environment in the field, and ensure the safety and efficiency of oil and gas transmission.

Municipal engineering: For example, in the urban water supply and drainage system, the water supply pipes and drainage pipes with large pipe diameters need to be supported by welded pipe brackets to ensure the accuracy of the slope and position of the pipes, ensure the normal operation of urban water supply and drainage, and maintain the urban infrastructure functions.

Metallurgical industry: All kinds of large diameter industrial pipelines in the metallurgical production process, such as gas pipelines, oxygen pipelines, high temperature material transportation pipelines, etc., the use of large diameter welded pipe brackets can effectively support pipelines to meet the stability and reliability requirements of the pipeline system in metallurgical production.