The 4197-SEP Series™ internal gear ethanol extraction pump is the perfect solution for the challenging cold temperatures in the hemp market. It has superior self-priming capabilities and designed for continuous or intermittent duty cycle. This pump can handle flows up to 75 GPM (17 m³/h).

The 4924A Series™ internal gear pump is the perfect solution for ammonia pumping (refrigerant R-717) due to efficiently keeping the ammonia in liquid form to make removing heat easier. It can handle capacities from 10 to 60 GPM (2.3 to 13.6 m³/h).

The 324E Series™ internal gear electric heated pump is the perfect solution for your asphalt needs because it warms the asphalt within the pump prior to startup. It can hold capacities up to 685 GPM (155 m³/h). 

The 124E Series™ internal gear electric heated pump is the perfect solution for your asphalt needs because it warms the asphalt within the pump prior to startup. It can hold capacities up to 500 GPM (114 m³/h). 

The 456 Series™ internal gear pump is the ideal solution for fuel oil, glycol, and lube oil. It can handle capacities up to 3 GPM (0.7 m³/h).

The 432-X Series™ internal gear pump is the ideal solution fuel oils, glycols, lube oils, and more liquids. It can handle up to 20 GPM (0 to 4.5 m³/h).

The 432 Series™ internal gear pump is the ideal solution for fuel oils, glycols, lube oils, and more liquids. It can handle up to 20 GPM (0 to 4.5 m³/h). 

The 32 Series™ internal gear pump is the ideal solution for light, medium and intermittent service handling of a variety of liquids like lube oil and fuel oil. It can handle up to 450 GPM (102 m³/h).

The 4323AA Series™ internal gear API pump is the ideal solution for your oil and gas applications due to its reduced risk of leakage, reduced risk of VOC emissions, and reduced risk of corrosion failure. It can handle flows from 500 to 1600 GPM (114 to 364 m³/h).

The 4223AA Series™ internal gear API pump is the ideal solution for your upstream, midstream, and downstream liquids due to its reduced risk of leakage, reduced risk of VOC emissions, and reduced risk of corrosion failure. It can handle flows up to 500 GPM (114 m³/h).