Material : 1 inch check valve for well pump is made of brass, spring check valve and filter screen, which is precise in construction and durable
Pump Valve: 1 inch check valve with filter is generally used for the pump to filter debris and prevent debris from entering the pump, thereby reducing the pump suction resistance of the pump and reducing energy consumption
Installation : DN25 brass bottom valves backflow preventer are generally installed at the bottom of the pump's underwater pipette and only need to be threaded to the suction facility hose. DN25 Foot valve 1 inch are suitable for well jet pumps, maintains pump priming, strainer filters out debris
Warning: Do not use this product with drinking water systems, spring check valve allows the pump to remain filled with liquid, which can limit the return of liquid in the pump tube to the water source, and plays the function of only entering and not leavin
Package Includes : 1 pcs DN25 1 inch foot valve for well pump, water foot valve effectively stops water from flowing backward in pipes, agricultural water valve is used for irrigation pumps, pipe systems, wells, water tanks
Description
Material: Brass
Install Type: Thread Female
working Pressure is 16bar (232 psi) ,
working temperature from -10 ℃ to +120 ℃ (from 14℉ to 248℉)
Threaded Foot Valve; Features multiple small round filter holes to block large impurities, ensuring smooth water flow.
The sleek round hole design combines aesthetics with practicality, while the hexagonal edge allows for easy installation and removal
The check valve body is crafted from brass, paired with a corrosion resistant stainless steel spring and leak proof gasket. Offers stable performance, long service life, and reliable sealing
This water foot valve effectively stops water from flowing backward in pipes. Equipped with two ports (inlet and outlet) for seamless integration into your system
Check Valve for avoid backflow in various plumbing, irrigation, or water system setups. Ensures system efficiency and protects equipment from damage caused by reverse flow