Quick switching: With the power of pneumatic actuators, fast and accurate channel switching can be achieved. Pneumatic actuators are driven by compressed air, with rapid action and short switching time. Generally, channel conversion can be completed within a few seconds, effectively improving work efficiency.

Good sealing performance: High quality sealing materials are used between the valve core and valve body to ensure good sealing between various channels. This sealing structure can effectively prevent medium leakage during channel switching, ensuring the safety and stability of the system. For some application scenarios that require strict control of medium flow and prevention of cross contamination, good sealing is crucial.

Multi channel design: With multiple channels, it can be flexibly configured according to specific application requirements. There are commonly three channel forms that can meet different requirements for diversion or merging, allowing materials or fluids to be distributed or collected according to predetermined routes.

Strong corrosion resistance: If used in corrosive media such as chemical engineering, the material of the valve body and valve core can be selected from stainless steel or special alloy materials with good corrosion resistance, and the sealing material can also withstand corresponding chemical substances, ensuring long-term stable operation of the valve in corrosive environments.

function

Diversion function: It can distribute a single material flow or fluid flow entering the valve to multiple different outlet channels according to a predetermined ratio or path. For example, in the chemical production process, a raw material liquid is divided into different reaction vessels according to a certain flow ratio for reaction; Alternatively, in the material conveying system, the powdered material can be divided into multiple storage bins.