Cylinder Valves

• Manual and actuated versions are available based on a common body design
• Suitable for most special gases including variants for oxygen and highly corrosive gases such as chlorine and hydrogen chloride
• Final assembly and testing is carried out under class 10 clean room conditions
• Designed for the low leakage rates demanded by high purity gas users
• Non tied-diaphragm construction; the diaphragms act directly on the seat to close the valve, which minimizes dead space and wetted area
• Mechanically supported and retained valve seat to minimize deformation under load and seat lift under reverse flow conditions
• The diaphragm isolates the operating mechanism from the process fluids
• The one-piece, non-welded construction improves durability
• To prevent the shedding of particulate contamination, there are no sliding, rotating or rubbing components in the flow path
• Inlet and outlet port configurations are available to suit all known industry standards. The same valve family can be used for all fluids in all market areas
• For transportation the actuator can be locked closed to prevent shock induced leakage
• The outlet port is sealed and protected by a cap retained by a chain
• The valve mechanism incorporates secondary sealing for enhanced safety