Industrial Chemical Pumps in Eagle Grove, IA
Small Centrifugal Pumps in Eagle Grove, IA
High flow rates and capacity to handle large volumes of fluid!
Drum Pumps in Eagle Grove, IA
For transfering and dispensing fluids.
Air-Operated Diaphragm Chemical Pumps in Eagle Grove, IA
Helping Industrial Eagle Grove displacement pump needs.
Eagle Grove Air-Operated Diaphragm Chemical Pump Designs & Their Advantages
Air Operated Diaphragm Chemical Pumps are a type of fluid-handling equipment that uses air pressure to move fluids. They come in different designs, such as single- and double-diaphragm models, ball valve designs, and nonmetallic wetted part constructions. These pumps are relatively affordable and versatile. They have high flow rates, can prime themselves, and can handle fluids that are abrasive or corrosive.
One key benefit is that they are self-priming and can run dry without damage, meaning they can be used even if the liquid levels fluctuate. Also, they can provide a steady flow rate with very little maintenance. Finally, since these pumps are air operated, they are easy to install and require minimal electricity usage.
MSDB SERIES - MAGNETIC DRIVE, SEALLESS, Eagle Grove CENTRIFUGAL PUMPS
- Two stage versions contain two impellers, three stage versions contain three impellers
- Maximum working pressure up to 135 PSI (9.3 bar)
- Heads up to 300 feet (91.5m)
- Horizontal or vertical (with IEC motor only) installation
- High specific gravity handling – over 1.8
- Sealless design improves reliability with no seal maintenance to perform or seal leaks
- Minimum flow rate is 1 gpm (.23m3/h)
- High power neodymium magnetic drive system handles high specific gravity fluids
- Compact close-coupled design
- Engineered for corrosive fluids with polypropylene/Ryton© or PVDF/Ryton© construction
Eagle Grove, IA Small Centrifugal Pumps and How They Work
Centrifugal pumps use a rotating impeller to move fluid through a system. This impeller, which is a disk with vanes or blades attached to it, is driven by a motor and the rotation exerts a centrifugal force that causes the fluid to move away from the center of the disk. Due to the difference in pressure caused by this movement, the fluid is drawn into the pump and moved through the system. In addition to transferring fluids, these pumps can be utilized to transport gases.
