The TE-7-MD-HC is a magnetic drive pump specifically designed to handle strong corrosives and abrasives in industrial, commercial, or residential applications.
This Grinder Pump System has a large capacity that extends the pump life by reducing pumping cycles and is able to handle liquid and solid waste materials.
Little Giant's 3E-12N Series is an oil-filled pump that may be used submersed or in-line. For applications where liquid must be transferred or recirculated.
The JPC Series of convertible jet pumps supply pressurized fresh water to rural homes, farms, and cabins where the vertical depth is less than 90 feet (27.4 m).
Little Giant's PE-1-PCP is versatile, useful for household water transfer jobs such as emptying an aquarium and draining a plugged sink or tub.
The 2-MD Series is a magnetic drive pump that circulates acids, alkalis, solvents, brine, plating and sterile solutions, and other mild corrosive chemicals.
A beefy ¾ horsepower addition to the Little Giant lineup, the 15EC Series sump and effluent pump can tackle even light commercial jobs with ease. The completely submersible body is built like a Little Giant for years of durability. Ideal for a variety of wastewater, sewage removal, dewatering and water transfer applications.
Control HVAC condensate on ductless air conditioning units while keeping pumping equipment tucked safely out of view. The EC-1U-DV brings the performance of our EC-1-DV Series of mini-split condensate pump to a slim undermount unit that installs easily and neatly underneath equipment. Built for reliable and quiet operation, the automatic condensate removal system works continuously to remove water from any ductless mini-split air conditioner evaporative coil when gravity-feed drainage is not possible or practical.
The 4-MD-HC series brings the convenience of an all-in-one pump constructed of a rugged design to handle the toughest highly corrosive abrasives and solvents.
The 16S Series manual sewage pump is built to handle effluent and sewage waste transfer where such materials must be moved upward from a collection point.