Recently, from the Jinbin factory came good news, a batch of size of DN150 copper rod open rod gate valve has been successfully shipped.

Rising gate valve is the key control component in all kinds of fluid transmission lines, and its internal copper rod plays an important role. Copper rod has excellent corrosion resistance, in the face of wet, acid and alkali complex working environment, can effectively resist erosion, greatly prolonging the service life of the flanged gate valve.

This means that whether it is the transmission pipeline of corrosive media in chemical enterprises, or the environment where the water supply and drainage system is in contact with water for a long time, the tem gate valve with copper rod can operate stably, reducing the cost and labor consumption caused by frequent replacement.

At the same time, copper has good thermal conductivity, in the frequent opening and closing process of the gate valve, it can quickly dissipate the heat generated by friction, avoid local overheating caused damage to the valve stem and seals, ensure the reliability and safety of the gate valve work, and provide a solid backing for the continuity of the industrial production process.

From the mechanical property point of view, the copper rod texture is tough and has a certain flexibility, compared with some brittle materials, in the opening and closing of the torque and impact force, not easy to break, for the precise control of the Seal gate valve to provide strong support, to ensure that the valve open and close smoothly, effectively adjust the flow.

The DN150 copper rising stem gate valve successfully shipped by Jinbin factory is not only the output of the product, but also brings these excellent performance advantages of the copper rod to the project application, further promoting the industry’s pursuit of high-quality gate valve products. It is believed that this batch of gate valves will rely on the advantages of copper rods to operate efficiently in various fields and help the development of the industry to a new height.