Oil wells that require high volume extraction require high-quality well service pumps, which are specifically designed for applications like matrix stimulation, fracking, and acidizing. Quintuplex and triplex pumps are examples of such equipment for those operations. If you are looking for a reliable well service pump, you will need to find a reputable equipment provider like Shale Pumps. That way, you can be sure that you are investing in durable and reliable equipment that can increase your productivity and safety, and speed up your operations. Shale Pumps understands your need for high-quality equipment, so they take the time to carefully inspect the pumps before delivering them to you.
Triplex frac well service pumps are ideal in applications that require an accurate high-pressure stream. Their operation ensures optimum performance and operational safety in any application. One of their notable features is the positive displacement, which allows them to deliver predictable volume flow no matter the pressure. This occurs as the inlet stroke provides a fixed amount of liquid, while it physically transfers the fluid in and out of a pump without inefficiencies or loss. Output flow and input power are not affected by liquid density as the triplex pump’s performance is not influenced by specific gravity.
The most commonly used equipment among well service pumps is the quintuplex frac pump, a high-performance and reliable product that can deliver as much as 2700bhp. With that, it is highly effective in sand out and high rod load situations. Quintuplex pumps are designed with cutting-edge lubrication for the moving parts to ensure smooth operation and minimal maintenance. An improved valve design enables the reduction of fluid end erosion to further extend the lifespan of the fluid end. Shale Pumps carries these pumps with a uniquely designed suction valve retainer to minimize the liquid’s fatigue life, which in turn can reduce operating costs. The equipment enables more fluid capacity at minimal speeds to prolong the life of major components.
