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Spring Check Valve IPS 1" Lead FreeTechnical Specifications:Connections: 1" FPTApplications: Water,..
$ 14.35
Spring Check Valve IPS 1-1/2" Lead FreeTechnical Specifications:Connections: 1-1/2" FPTApplications..
$ 29.75
-7%
The QCV150 from Liberty Pumps is a 1-1/2” Quiet Spring Loaded Check Valve. This fixture prevents bac..
$ 32.25 $ 29.95
Spring Check Valve IPS 1-1/4" Lead FreeTechnical Specifications:Connections: 1-1/4" FPTApplications..
$ 24.25
Spring Check Valve IPS 1/2" Lead FreeTechnical Specifications:Connections: 1/2" FPTApplications: Wa..
$ 6.15
(Disc.) 2'' Spring Check Valve, MNPT Connections: 2" Threaded Pressure Ratings: 125 PSI/8...
$ 28.25
Spring Check Valve IPS 2" Lead FreeTechnical Specifications:Connections: 2" FPTApplications: Water,..
$ 49.65
-12%
The QCV200 from Liberty Pumps is a 2” Quiet Spring Loaded Check Valve. This fixture prevents backflo..
$ 42.00 $ 36.95
Spring Check Valve IPS 3/4" Lead FreeTechnical Specifications:Connections: 3/4" FPTApplications: Wa..
$ 10.95
In-line lead-free brass spring-loaded check valve with 1-1/4" copper press connections. Arrow on the..
$ 29.85
In-line lead-free brass spring-loaded check valve with 1" copper press connections. Arrow on the val..
$ 18.45
In-line lead-free brass spring-loaded check valve with 1/2" copper press connections. Arrow on the v..
$ 9.85
In-line lead-free brass spring-loaded check valve with 2" copper press connections. Arrow on the val..
$ 60.95
In-line lead-free brass spring-loaded check valve with 3/4" copper press connections. Arrow on the v..
$ 13.75
In-line lead-free brass spring-loaded check valve with 1-1/2" copper press connections. Arrow on the..
$ 40.85
The BVCK114 from Wright Valves is a 1-1/4” Threaded Spring Check Valve. This fixture prevents backfl..
$ 11.25
Spring check valve is a one-way valve with a spring-loaded stem located in-line with and at the center of the valve. While water flows in the “open direction”, the pressure pushes the stem and the valve remains open. When flow ceases, the spring pushes the stem to its’ normally “closed” position, preventing gravity flow and backflow caused by backpressure.
