Triple Offset Metal Seated Butterfly Valve

ALIS Valves offers Triple Offset Metal Seated Butterfly Valves for industrial applications requiring reliable flow isolation, tight shut-off and durability under demanding operating conditions. These valves feature a triple-offset disc and seat geometry designed to minimize friction between the sealing surfaces during opening and closing. The three-offset arrangement allows the disc to disengage from the seat as the valve opens, helping reduce wear, operating torque and sealing-surface damage over repeated cycles. The metal-to-metal seating design makes these valves suitable for applications where elevated temperatures, demanding process conditions or resistance to conventional soft-seat limitations are important considerations. Depending on the required specifications, the valve can be configured with suitable body and disc materials, metallic sealing components and manual, pneumatic or electric actuation for reliable operation.

Triple Offset Metal Seated Butterfly Valves are used in oil and gas facilities, refineries, petrochemical plants, power generation units, chemical processing systems and other industrial pipeline applications. Depending on the selected materials, pressure rating and temperature limits, they can be specified for compatible liquids, gases, steam and certain high-temperature process media. Important selection factors include valve size, pressure class, operating temperature, process media, body and disc materials, seat construction, allowable leakage rate and operating torque. The required flange connection, actuator type and control system compatibility should also be evaluated according to installation requirements. For critical isolation or fire-risk applications, buyers should verify the applicable pressure-temperature ratings, leakage requirements and relevant fire-safe testing or certification. Selecting the appropriate triple-offset configuration helps support dependable shut-off, reduced seat wear and consistent service performance under the intended operating conditions.