Guided by its commitment to solving core industry pain points, Jereh leverages its independent forward R&D capabilities to launch the Jereh Plunger Pump Series. With a revolutionary platform-based, intelligent and long-life design, the series delivers a super long-life highly efficient and reliable power core solution for global fracturing applications.

Reinforced Structure – Unrivaled Durability – Built with an integrated high-strength cast structure and proprietary JRZT premium material, the pump eliminates cracking in traditional welding casings. The casing’s design life is more than doubled, drastically reducing downtime losses from casing failures.

Minimized Wear, Maximized Savings – The fluid end utilizes a long-stroke design that extends the service life of wear parts by 25% under identical operating conditions. This directly lowers consumable costs and long-term OPEX while minimizing downtime for part replacements, resulting in greater overall operational efficiency.

Less Maintenance, Lower Cost – Featuring an innovative gear structure and a built-in lubrication system, the power end delivers smooth transmission and exceptional lubrication. Its maintenance interval is more than twice that of conventional pumps, drastically reducing unplanned downtime and cutting operating costs by 50%.

Higher Versatility, Simpler Inventory –  The 4000 platform covers outputs from 3,000 to 5,000 hp, and the 7000 platform spans the 6,000 to 7,000 hp range. The platform-based design delivers u to 85% commonality in core components, significantly reducing spare parts inventory and simplifying management complexity

Intelligent Monitoring, Zero Unexpected Downtime –  The optional Jereh Pump Condition Monitoring System (JPCM) provides real-time health tracking of key pump components, enabling early warnings and predictive maintenance. It delivers 100% fault prediction accuracy for the power end and over 97.8% for the fluid end, shifting maintenance from reactive repair to proactive prevention-effectively avoiding unplanned downtime and ensuring continuous operation.