Edward Valves
High Performance for Critical Service Temperatures that can exceed 1000°F. Pressures surpassing 10 000 psi. In critical service conditions, you can’t take chances. You don’t just meet standards, you exceed them. That’s how Flowserve Edward forged and cast steel valves have become the specified choice for power plants, process facilities, and other high-temperature, high-pressure services.
Conservative Design
Flowserve Edward Valves takes a conservative approach to valve design. We meet all applicable codes and standards, but we go beyond that with finite element stress analysis of critical areas and rigorous proof testing. Edward valves are built to take punishment! And our extensive testing has also allowed us to develop extremely high flow efficiencies in all our valves. You’ll find other unique design advantages with our varied product lines, such as our Equiwedge® gate valves with a two-piece wedge gate assembly that adjusts
automatically to any angular distortion of the body seats.
Precision Manufacturing
Edward Valves also exceeds industry standards on the factory floor. Our forged valves are produced on a fully automated line, with CNC machining centers providing precise process control. And we maximize cast steel quality by producing our valve body castings using a directional solidification process from patterns designed by our own technicians. This process ensures high-strength, void-free castings
for uncompromised quality. Even with the most advanced equipment, we feel our people make the real difference. Our production personnel have an average of 20 years in the industry, and 15 years with Flowserve!
Lower Total Costs
Those tough standards have carried over into every valve we manufacture. We design and build our valves to last at least 40 years. That means not only are they tough, but they are designed with easy maintenance in
mind.
Products
EDWARD 36128 & 36228 Y-PATTERN GLOBE VALVES – UNIVALVE
The Flowserve Univalve Y-Pattern Globe Valve is designed for maximum flow capacity and minimum leakage in high pressure, high temperature…EDWARD 66124 & 66224 Y-PATTERN GLOBE VALVES – UNIVALVE
The Flowserve Univalve Y-Pattern Globe Valve is designed for maximum flow capacity and minimum leakage in high pressure, high temperature…EDWARD 66128 & 66228 Y-PATTERN GLOBE VALVES – UNIVALVE
The Flowserve Univalve Y-Pattern Globe Valve is designed for maximum flow capacity and minimum leakage in high pressure, high temperature…EDWARD 96124 & 96224 Y-PATTERN GLOBE VALVES – UNIVALVE
The Flowserve Univalve Y-Pattern Globe Valve is designed for maximum flow capacity and minimum leakage in high pressure, high temperature…EDWARD 96128 & 96228 Y-PATTERN GLOBE VALVES – UNIVALVE
The Flowserve Univalve Y-Pattern Globe Valve is designed for maximum flow capacity and minimum leakage in high pressure, high temperature…
EDWARD 1046 GLOBE STOP CHECK VALVE
Stop Check Non-Return design, Spring loaded. Available in Globe Pattern.
EDWARD 1048 & 1048Y Y-PATTERN GLOBE VALVES
The Bolted Bonnet Y-Pattern Globe Valve is a durable, high-performance small bore globe valve that is forged and equipped with…EDWARD 1068 & 1068Y Y-PATTERN GLOBE STOP CHECK VALVES
The Bolted Bonnet Y-Pattern Globe Valve is a durable, high-performance small bore globe valve that is forged and equipped with…
EDWARD 1441 GLOBE & 1443 ANGLE BLOW OFF VALVE
Edward 1441 Globe & 1443 Angle Blow Off Valve Standards Edward valves sold for blow-off service are designed and manufactured…
EDWARD 1641 GLOBE & 1643 ANGLE BLOW OFF VALVE
Edward valves sold for blow-off service are designed and manufactured to comply with all Boiler Code criteria for valves used…
Edward 1643 Blow Off Valve Angle
Edward valves sold for blow-off service are designed and manufactured to comply with all Boiler Code criteria for valves used…EDWARD 846 GLOBE STOP CHECK & 847 ANGLE STOP CHECK VALVE
Stop Check Non-Return design, Spring loaded. Available in Globe and Angle PatternEDWARD 36124 & 36224 Y-PATTERN GLOBE VALVES – UNIVALVE
The Flowserve Univalve Y-Pattern Globe Valve is designed for maximum flow capacity and minimum leakage in high pressure, high temperature…
