The Gardner Denver FF-FXF A THRU E is a small mud pump series built for mud, cementing and grouting duty in shallow oil well drilling, water well drilling, core drilling and seismic exploration, where it keeps handling abrasive, high-solids and viscous fluids with a strong structure and modest maintenance needs. Other variants in the series serve petroleum pipeline transfer, mining and general industrial duties such as plant water supply and boiler feed water, while the bronze-fitted FXFF configuration is intended for corrosive fluids such as brine. Factory spec data lists a max working pressure of 639 PSI and a stroke length of 5 in, with liner bores including 4 in (101.6 mm) rated at max 250 PSI and 3 in (76.2 mm) rated at max 444 PSI; other liner ratings available on request. We support buyers in Canada, the United States and international oil and gas markets with fluid-end replacement parts for this pump; contact us for current availability.
FAQ
What is the Gardner Denver FF-FXF A THRU E mud pump used for?
The series covers mud, cementing and grouting work in shallow oil well drilling, water well drilling, core drilling and seismic exploration. Other variants serve petroleum pipeline transfer, mining and industrial water service, and the bronze-fitted FXFF configuration handles corrosive fluids such as brine.
What are the factory ratings of the FF-FXF A THRU E?
Factory spec data lists a max working pressure of 639 PSI and a stroke length of 5 in. Listed liner bores include 4 in (101.6 mm) at max 250 PSI and 3 in (76.2 mm) at max 444 PSI; other ratings available on request.
Which fluid-end parts fit the FF-FXF A THRU E?
Typical wear parts include liners, pistons, valves, valve seats, valve springs and packing matched to the pump's liner bores. Contact us for current availability.
Do you ship FF-FXF A THRU E parts to Canada or the United States?
Yes, we serve Canada, the United States and international oil and gas markets. Pump parts of this kind generally move under HS code 84139100; contact us for current availability and lead time.
How do I choose a liner size for the FF-FXF A THRU E?
A smaller bore gives higher pressure capability while a larger bore favors flow at lower pressure. Per factory data, a 3 in (76.2 mm) liner allows max 444 PSI while a 4 in (101.6 mm) liner is limited to max 250 PSI.