Q420C National Standard Submerged Arc Welding Pipe

LSAW steel pipes can be divided into UOE steel pipes, JCOE steel pipes and HME steel pipes according to their forming methods. UOE steel pipe is a single steel plate, which is pre-bent at the edge, after U-shaped forming, O-shaped forming, internal welding, external welding, mechanical cold expanding and other processes. JCOE steel pipe is pre-welded, formed and cold-expanded after welding according to "J-C-O-E". HME steel pipe is formed by mandrel rolling method according to "C-C-O", welded and cold-expanded.

In the process of producing submerged arc welded steel pipes, we always adhere to the concept of environmental protection and sustainable development. The low energy consumption and low emission production technology we adopted not only reduced the negative impact on the environment, but also reduced energy consumption. Our production process strictly abides by environmental laws and regulations, reduces the discharge of waste water and waste gas by recycling and reusing wastes, and realizes the efficient utilization of resources. This commitment to environmental protection not only reflects our social responsibility, but also provides customers with green and environmentally friendly product choices.

Our submerged arc welded steel pipe is famous for its excellent impact resistance. In the process of design and manufacture, we pay special attention to the toughness and strength of steel pipes, so as to ensure that steel pipes can maintain structural integrity and stability even under extreme temperature changes and strong external impact. This kind of high-performance steel pipe is suitable for various harsh working environments, such as high-pressure pipelines for oil and natural gas, and industrial applications that need to withstand heavy loads and impacts.

We adopt a series of advanced surface treatment technologies to enhance the corrosion resistance and aesthetics of submerged arc welded steel pipes. These technologies include sand blasting, painting and zinc plating, which not only improve the durability of steel pipes, but also enhance their protective performance under various environmental conditions. Our surface treatment technology ensures the long service life of steel pipes even in harsh climate and corrosive media.