Features to Look at Before Buying Mud Pump Fluid End Modules

A mud pump assembly’s fluid end generates the pumping action through liners, valves, and pistons. Those components are typically subject to wearing, but essential to the function of mud pumps. Newer designs in mud pump fluid end modules are built to minimize the extreme vibrations generated by the pumping process through the discharge and suction dampener, which are linked to the inlet and outlet of the fluid end. This way, they are easier to replace periodically to ensure the efficiency and quality of pumping, while increasing the safety of a drilling rig. Shale Pumps carries a great selection of dependable and robust fluid end modules for mud pumps.

Before you buy any mud pump fluid end module, be sure to verify the retailer’s reputation and track record in providing dependable products for oil exploration. Mud pump fluid end modules are expendables that needs to be durable and reliable until they are due for periodic replacement. Shale Pumps follows the highest-quality standards in design, build, and testing for quality assurance. Before you buy, make sure that the fluid end modules are highly resistant to cracking, so they can last longer. Durable components are machined from high-quality forged material to positively affect your overall operations and productivity. This way, you do not have to worry about sudden interruptions and downtime caused by replacement and maintenance.

Testing is essential to guarantee the highest-quality product that can perform under the toughest conditions, so make sure that the fluid end modules have been tested before you buy them. All mud pump fluid end modules by Shale Pumps have gone through a series of stringent testing, like hydrostatic tests to ensure their integrity and to give you greater confidence in them. Residual stress testing is performed rigorously to ensure steady performance of fluid end modules, even under high pressure during operations. This way, you can be sure that the products can last long until the end of its predicted operational life.