the main technical characteristics of stainless steel pneumatic angle seat valves

Stainless steel pneumatic angle seat valves use sanitary grade angle seat valves, which have the characteristics of high flow rate, space saving, and high pressure resistance due to the valve body angle seat structure. They are widely used in industries such as medicine and fine chemicals. Suitable for frequent start-up in a short period of time, with the characteristics of sensitive response and accurate action, used in conjunction with solenoid valves for pneumatic control, it can accurately control the flow rate of fluids such as liquid and steam. The application of corner seat valves on the wet heat sterilization cabinet can accurately control the amount of steam. It has the characteristics of being more economical, maintenance free, easy to install, and low energy consumption among similar valves. Multiple connection methods: butt welding interface.

The main technical characteristics of stainless steel pneumatic angle seat valves:

The sealing between the pneumatic head and the valve body is composed of multiple layers of sealing rings made of different materials, resulting in a better sealing effect;

● Multiple optional accessories: limit bolt (on/off), electronic position feedback, adjustable locator;

Stainless steel pneumatic head, resistant to ultraviolet rays, with a longer lifespan than plastic and aluminum alloy pneumatic heads, can be used in harsh environments;

● Different sizes of valve bodies share the same pneumatic head, effectively reducing costs;

The sealing material is polytetrafluoroethylene, which can withstand high temperatures of 180 ℃;

● Corrosion resistance, designed to comply with GMP standards, easy to clean;

Advanced valve body corner seat structure, with a flow rate about 30% higher than that of ordinary valve bodies, and better flowability (KV value) compared to similar products, especially compared to ordinary globe valves;

Without the action of water hammer, when the flow flows in from below the valve stem, the water hammer (impact force) is absorbed