A large bore gate valve with body guided, split wedges, offering superior leak tightness and performance.

Compliant with ASME Section III and RCC-M design codes, this valve is the industry standard for fast-acting, reliable isolation of main steam or main feedwater lines.

Compliant with ASME Section III and RCC-M design codes, the Flexible Split Wedge Gate Valve is the industry standard for fast-acting, reliable isolation of main steam or main feedwater lines.

Bolted Bonnet Piston (Lift) Check Valves are durable, small bore check valves, forged and equipped with a bolted cover design to enable easy maintenance.

The Flite Flow Piston Check Valve is a rugged, large bore, cast body, piston check valve designed to operate in critical high-pressure and high-temperature environments.

The Univalve Piston Check Valve is reliably designed for high-temperature and high-pressure uses in a variety of environments.

The Edward Tilting Disk Check Valve is a large bore valve designed to close as quickly as possible, minimizing loud, damaging slamming and vibration noises caused by high-velocity reverse flow in high-pressure and high-temperature applications. 

Blow-off Y-Pattern Globe Valves are high-performance, blow-off valves designed for applications requiring intermittent operation to remove accumulated sediment from equipment and piping, or to rapidly lower the boiler water level. 

The Bolted Bonnet Y-Pattern Globe Valve is a durable, high-performance small bore globe valve that is forged and equipped with a bolted-bonnet design for improved maintenance.

The Edward Flite-Flow Y-Pattern Globe Valve is designed for maximum flow capacity and minimum leakage in high pressure, high temperature applications. Available in cast (standard) and forged (optional) configurations.

The Flite-Flow Main Steam Isolation Valve is a high-performance, service-proven technology designed for use when Y-pattern globe valves are chosen for nuclear applications.

The Flowserve Univalve Y-Pattern Globe Valve is designed for maximum flow capacity and minimum leakage in high pressure, high temperature applications.