Buy Valves Now are proud to present the famous Kerick Valve SR14 Stainless Steel Rod for Float Valve, 5/16" Diameter, 14" Length.
With so many on offer these days, it is good to have a make you can trust. The Kerick Valve SR14 Stainless Steel Rod for Float Valve, 5/16" Diameter, 14" Length is certainly that and will be a great acquisition.
For this great price, the Kerick Valve SR14 Stainless Steel Rod for Float Valve, 5/16" Diameter, 14" Length comes highly respected and is always a regular choice for lots of people. Kerick Valve have added some nice touches and this results in good value for money.
This Kerick SR14 stainless steel rod is 5/16" in diameter and 14" long. It is made from 18-8 stainless steel for resistance to rust and has 5/16"-18 male threads on each end. It is intended for use with 1-1/4" and 1-1/2" inlet float valves and 8" float balls (offered individually). As part of a float valve installation, it is appropriate for use in a variety of applications, such as fountains, animals water tanks, and chemical manufacturing plants.
Float valves make use of a rod and float ball connected to a valve shutoff lever to regulate flow in or out of a tank. The float ball rises or falls with the level of liquid in the tank, changing the angle of the valve shutoff lever. When the angle of the valve lever modifications sufficiently, the valve opens or closes. Float valves are rated according to the volume of liquid that can flow through them at a certain pressure to guarantee the tank can be filled up as quickly as it is emptied. The product that a float valve is built from should be appropriate for the liquid where it runs, which could be corrosive or at a severe temperature level. Float valves are utilized to immediately regulate the level of liquid within tanks in a variety of applications, such as fountains, animals water tanks, cooling towers, and chemical manufacturing plants.
Kerick Valve makes fluid level control valves for industrial applications. The company, founded in 1994, is headquartered in Jacksonville, FL.