Hypro brand pumps have been the top-rated industry fluid-handling products since they released their first model to the market in 1947. Today, Hypro pumps continue to perform with excellence in both industrial and agricultural spraying, as well as with the transference of difficult fluids like herbicides and liquid fertilizers throughout an irrigation system. 

Hypro makes a variety of pump types, like roller pumps, transfer pumps, centrifugal pumps, turbine pumps, impeller pumps, gear pumps, diaphragm pumps, plunger pumps, and piston pumps. Hypro designs their pumps with unique characteristics to distinguish them from similar models on the market. 

Hypro roller pumps are the most common choice of Hypro pumps among farmers and other buyers in the agriculture industry. The Hypro roller pump can be distinguished from other models by its economical rotary-action roller principle which does not require the use of check valves. Hypro roller pumps also excel in providing positive displacement characteristics with less friction and lower starting torque than other pumps on the market.

One unique option available from Hypro is the opportunity to invest in cast-iron roller pumps. Hypro cast-iron pumps have several advantages. These pumps have a higher temperature index (up to 650° F), greater corrosion resistance, and a lower coefficient of thermal expansion compared to steel and ductile iron pumps. For these reasons, cast-iron pumps offer farmers and business managers the opportunity to make a thoughtful long-term investment in their pump.

Choosing the Hypro pump that is right for you requires much consideration on your current practices as well as future plans. First, you should determine your highest spraying pressure in psi. In order to do this, you need to calculate the total of your desired pressure at the sprayer nozzle (psi) with the hose pressure loss (psi). This will give you your total pump pressure needed. Next, you will need to calculate the total pump flow in gpm. To calculate this total pump flow, you should add your boom flow (gpm) to your agitation (gpm). Considering these two calculations, you will be able to choose a pump that best suits your needs.