C 9000 Series High Pressure Resistance Labyrinth Control Valve Supplier

1. Flow rate control

• Multi stage pressure reduction, reasonable control of flow rate at each stage

• Gradual expansion of flow channel cross-section,gradually reducing flow velocity

• Expand the outlet size of the valve body, reducethe outlet flow rate of compressible gas,and control outlet noise

2. Flexible design

• All standard pressure levels or specific pressure levels

• Not limited by actual pressure difference

• The pressure reduction stage is selected accordingto the working condition design

• Diversified maze channel structures

• Expanded channel cross-section

• The pressure recovery coefficient can beinfinitely close to  1

• Under the same flow coefficient and pressure recovery coefficient conditions, the height of the labyrinth disk stack, the number of pressure reduction stages, and the expansion coefficient of the flow area can be combined andad justed

• The internal structure of the free expansion valveis used for high-temperature media to preventthermal shock and stress

• Protective soft seal valve seat, used for high-pressureanti cavitation liquids, ensuring a Vl level leakage rating

• The valve body can be cast, integral forged, orforged welded

• Expansion of valve body outlet size to control flow rate

• Port connection method is arbitrary

3. Energy control

• Multi stage pressure reduction to eliminate highenthalpy changes

• Control the isentropic transformation process toprevent crystallization effects (Joule Thomson effect)

• The fluid is divided and merged multiple times withinthe maze channel,resulting in energy loss due tochanges in flow direction

• Expanded channel cross-section, controlling thekinetic energy of each stage

• Expand the size of the valve body outlet and controlthe kinetic energy of thevalve outlet