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1.100% interchangeable with the most common brands of mud pumps. 2.Long lasting service life up to 4000 hours. 3.Could be used around 7500 psi of working pressure. 4.Customized Liners according to drawings can be produced, too.

Phase change toughening technology Phase change toughening technology is a technology to improve the toughness and durability of ceramics by controlling the microstructure and phase change process of the material. For zirconia ceramics, this technology can reduce the possibility of brittle fracture by introducing a certain phase transition process inside the material to make it exhibit better toughness when subjected to external forces. This technique significantly improves the cracking resistance and wear resistance of ceramics.

Product Description In the oil drilling industry, the pump is one of the core equipment to keep drilling operations running smoothly. As the core component of the pump, the Valve Assembly plays a vital role in the hydraulic end of the oil drilling pump. It not only affects the pump performance, but also directly relates to the efficiency and safety of drilling operations.
Product overview Valve Assembly is a key part of the hydraulic end of the oil drilling pump. It integrates the inlet valve and the discharge valve to ensure the efficient and stable circulation of drilling fluid. The product uses advanced design technology and high-quality materials to provide reliable support for harsh working environments.

Piston Rod is one of the core components of many industrial equipment, especially in machines that rely on linear reciprocating motion, such as mud pumps, hydraulic pumps, compressors, etc. Its main function is to convert the rotating motion into a linear motion, or to transmit the linear motion to the piston, so that the piston in the cylinder reciprocating motion.
In design, Piston Rod is typically manufactured from high-quality alloy steel, precision machined and finished to achieve high strength, high hardness and good fatigue resistance. These characteristics allow the piston rod to maintain its geometric accuracy and mechanical properties in harsh working environments, even in the face of high temperature, high pressure or corrosive media are not easy to fail.

The Valve Body, as the core component of the valve, plays a vital role in industrial production and fluid control systems. It is the heart of the valve, not only providing a strong housing for the internal components, but also directly determines the performance of the valve. From chemical plants to petroleum refining, from power stations to home heating systems, the valve body is an indispensable key component.
The Valve Body is designed and manufactured in strict compliance with industry standards to ensure stable performance in a variety of demanding environments. The choice of materials is very important, and common materials include cast iron, carbon steel, stainless steel and alloy steel. Each material has its own scope of application, such as stainless steel because of its excellent corrosion resistance is often used to deal with acid and alkali and other corrosive media occasions. In addition, in order to meet special needs, special alloy materials are sometimes used.

Valve Body Seat is a key component in fluid transport equipment such as drilling pumps, and its performance and quality directly affect the sealing, safety and operating efficiency of the entire system. The following is a detailed description of the valve seat:
The Valve Body Seat is a key component inside the drilling pump valve body and is used in conjunction with the disc (or spool) to enable the valve to open and close. Its main function is to provide a sealing surface to ensure that the valve can effectively prevent medium leakage in the closed state and ensure the safe operation of the system.

The Valve Seat is one of the key components in the valve and plays a vital role.
The valve seat is usually located inside the valve body, closely matched with the spool, and its main function is to achieve the sealing of the valve. When the valve is closed, the seat and the spool push against each other, preventing fluid from passing through, ensuring the tightness of the system and preventing leaks. The sealing performance of the valve seat directly affects the reliability and service life of the valve.

Piston Assembly is a key fitting for the hydraulic end of oil drilling pumps. Its quality and performance directly affect the efficiency and safety of drilling operations. In the process of oil exploration and production, the piston assembly undertakes the key task of converting power into fluid transport, and is an important guarantee to ensure the smooth operation of drilling pumps.
The Piston Assembly is usually composed of a piston, piston rod, piston ring, and guide sleeve. These components work together to ensure smooth reciprocating movement of the piston on the hydraulic end of the pump to effectively transport drilling fluid or other working fluids. The piston body is usually made of high-strength alloy materials, with excellent wear and corrosion resistance, and can maintain a long service life in harsh working environments.