From -20F to +1200F (higher temperature available)
Top entry design eliminates the need to cut a valve out of service when maintenance is required, unlike unibody designs.
Ball is lapped 360 degrees eliminating coating transition peaks that create extreme friction and higher torques when cycled.
Articulating gland flange (live loaded) prevents asymmetric tightening of packing that causes side loading and packing leaks as with static glands.
Downstream seats locked to prevent blowout in back pressure condition.
Bonnet gasket is not susceptible to pipe stresses and memory, eliminating a potential leak path and re-alignment challenges. Inherent with 3 pc valve designs.
Simple maintenance via top entry eliminates the challenges of realignment as is the case with 3pc designs.
Truly in-line repairable design does not require spreading of piping system unlike in 3pc designs.
Modular trim kit allows for simple, deliberate repair of a factory vacuum tested trim-set that is certified leak free vs. competitor design.
Coating procedure applies our proprietary coating under compression vs. tension keeping the coating inherently on the ball and seats.
Scalable design for use in larger applications such as main steam, BFW and all other applications in a power plant that can benefit from a smaller envelope, and quarter turn ease of automation.
Quarter turn operation extends life of packing vs. pulling the stem through the packing gland in a Y-Globe operation.
Quick, quarter turn operation of valve mitigates damage from high velocities across seating surfaces unlike in slow opening linear valves.
Overall envelope dimensions compact vs. competitor design.
ISO-5211 mounting bracket standard.
Can be custom ordered with weld pups factory installed to eliminate field welding of dissimilar metals in transition areas ( ex. F91 to F22)
“Fits only one way” lever handle
Size / Pressure Class: Up to 4" (custom sizes available) ANSI / ASME 150 - 4500
Standards: ASME B16.34
Leakage: Zero Seat Leakage: Type-tested with high pressure Nitrogen gas, achieving zero bubbles