The important structures of the stainless steel three-way ball valve

Stainless steel three-way ball valve is a relatively new type of ball valve with special structural advantages. The T-type blocks three orthogonal pipelines that can be connected to each other, thereby blocking the third channel that can be split and connected. The L-type stainless steel three-way ball valve can only connect two orthogonal pipelines and cannot maintain the third pipeline at the same time. Then, do you know what the important structure of the stainless steel three-way ball valve is?

Stainless steel three-way ball valve includes a valve body, a valve core and a valve stem. One end of the valve stem of this product is connected to the valve core, and the other end passes through the valve body to connect with the outside. The driving mechanism and the stainless steel three-way ball valve adopt a four-side integrated structure, with few valve seat sealed flange connections, high reliability and a lightweight design.

The stainless steel three-way ball valve core is provided with an L-shaped fourth flow channel, and the product valve body has a first flow channel that flows through the valve core and is connected. Or disconnect. The valve body of the stainless steel three-way ball valve has a valve cavity, and the product valve body is provided with flow channels for medium to flow and communicate with the valve cavity. The flow channels include the first flow channel, the second flow channel and the third flow channel. The first flow channel is coaxial with the third flow channel, and the axis of the second flow channel of the product is perpendicular to the axis of the first flow channel.

The important structures of the stainless steel three-way ball valve are mainly those introduced above. When operating and using such valves, it is necessary to understand their structures.