American Mud Pumps Pistons
Outstanding performance in the most challenging conditions
Our pistons are made of high quality materials and offer a great cost-benefit value. Whether single or double durometer, we offer a piston to suit your budget.
Replaceable Rubber Piston
Pressure Rate
5,000 psi
Temperature Rate
200F
Suitable muds
Water / Synthetic based mud
Remarks
•High tensile strength.
•Designed for high temperature and pressure service.
•Suitable for water and synthetic based muds.
•Reduced operating costs in challenging operating environments.
Rubber Bonded Piston
Pressure Rate
5,000 psi
Temperature Rate
200F
Suitable muds
Water / Synthetic based mud
Remarks
•High tensile strength.
•Best in water-based muds.
•Designed for high temperature and pressure service.
•Excellent chemical and abrasion resistance in the most demanding conditions.
•Reduced operating costs in challenging operating environments.
Urethane Bonded Piston
Pressure Rate
5,000 psi
Temperature Rate
180F
Suitable muds
Oil / water based mud
Remarks
Excellent chemical and abrasion resistance.
•Temperature resistance up to 180˚F.
•Operating pressure up to 5,000 PSI.
•Optimum performance in oil or synthetic base mud .
•Flex Lip design for decreased liner wear.
High Temp. Urethane Bonded Piston
Pressure Rate
7,500 psi
Temperature Rate
325F
Suitable muds
All based muds
Remarks
Excellent chemical and abrasion resistance in the most demanding well conditions.
•Increased run times up to 7500 PSI.
•Reduced cost per operating hour and consistent run times.
•Reduced maintenance and downtime.
Flex Lip design for decreased liner wear
Bull Nose Extreme Piston
Pressure Rate
7,500 psi
Temperature Rate
350F
Suitable muds
All based muds
Remarks
Enhanced piston running life with a proprietary blend of lubricating agents. Compatible with existing piston rods
•Wide Temperature Range, -20°F to 350°F, 7500 psi.
•Fully compatible with all types of drilling and mud during any point of the drilling process.
“Bull nose” lip design provides better sealing to reduce flush system contamination