Stainless steel ball valves require only a 90-degree rotation operation and a small torque to achieve tight closure. The fully equal interior of the valve body provides a low-resistance, straight-through flow passage for the medium. The main features of ball valves are their compact structure, ease of operation and maintenance. Stainless steel ball valves can be used to control the flow of various types of fluids such as air, water, steam, various corrosive media, mud, oil, liquid metals, and radioactive substances. Ball valve bodies can be either integral or composite. These valves are generally installed horizontally in pipelines, and their materials typically include WCB, A105, 304, 316, and so on.

The main components of a ball valve include the ball, valve seat, valve stem, and handle. When the handle rotates, the valve stem drives the ball to rotate, thereby changing the shape of the passage inside the valve body to control the flow of fluid. The valve seat of a ball valve is usually made of elastic material to ensure good sealing performance when the valve is closed. When the ball rotates to make contact with the valve seat, a seal is formed due to the elasticity of the seat, preventing fluid leakage. When the ball rotates away from the valve seat, fluid can flow through the passage inside the valve body.

Ball valves control oil flow accurately in the petroleum

Ball valves regulate fluid flow efficiently in chemical plants.

Ball valves control fluid flow effectively in power stations.

Ball valves regulate water flow efficiently in hydraulic systems.

Ball valves control fluid flow effectively in metallurgical processes.

Ball valves regulate fluid flow efficiently in renewable energy systems.