Product Introduction
High Pressure Oil Cylinder is a core hydraulic actuator that converts hydraulic energy into mechanical energy to achieve reciprocating linear motion. With its efficient power transmission capacity, it has become an indispensable key equipment in industrial production, engineering construction and other fields. Manufactured with precision from high-strength alloy materials, it can work stably under high-pressure environments of 31.5MPa and above, accurately transmit huge power, and has the characteristics of compact structure, stable operation and precise control. Whether it is the power output of heavy machinery or the displacement control of precision equipment, it can meet the operation needs of different scenarios with its excellent adaptability, serving as the core link connecting the hydraulic system and the executive mechanism, and its performance directly determines the operation efficiency and stability of the entire hydraulic equipment.

Product Advantages
Outstanding Durability: It is made of 42CrMo high-strength alloy structural steel after quenching and tempering treatment, with optimized cylinder wall thickness and tensile strength up to more than 1000MPa. The surface of the piston rod is coated with plasma-sprayed ceramic, which improves wear resistance by 5 times. Combined with the combined sealing system, it effectively prevents leakage under high pressure, and its service life is more than twice that of traditional oil cylinders, enabling long-term adaptation to harsh operating environments.

High Control Precision: Equipped with a built-in pressure sensor and displacement encoder, it can achieve a pressure control accuracy of ±1%. The friction coefficient is stable during reciprocating motion, which can accurately complete linear displacement control without obvious deviation, perfectly adapting to high-precision operation scenarios and ensuring the accuracy and stability of equipment operation.

Wide Adaptability: It supports customized design, and can flexibly adjust core parameters such as cylinder diameter, stroke and working pressure according to customer needs. Its temperature resistance range covers -25℃～+120℃, which can adapt to various extreme working environments such as deep sea, high temperature and heavy load. It can be integrated into various hydraulic systems without complex modification, adapting to the operation needs of different industries.

Purchase-related Q&A
Q1: Can the working pressure, cylinder diameter, stroke and other parameters of it be customized? 
A1: Yes. It supports full-parameter customization services. According to your actual operation needs, we can accurately adjust core parameters such as working pressure (flexibly set above 31.5MPa), cylinder diameter, stroke, and installation method. At the same time, it can adjust temperature resistance and corrosion resistance to adapt to different working conditions, and can be integrated into your hydraulic system without additional modification, fully matching the needs of various operation scenarios.

Q2: Are there any special requirements for the installation of it, and is installation guidance provided? 
A2: The installation of it requires ensuring that the cylinder body is coaxial with the executive mechanism to avoid seal wear or cylinder damage caused by installation deviation, and at the same time, the sealed connection of hydraulic pipelines should be well done. We will provide a detailed installation manual, including specific installation steps, precautions and dimensional parameters; we also provide 24/7 technical consultation to guide installation and commissioning throughout the process to ensure standardized installation and stable operation.

Q3: How to choose a product suitable for your own scenario, and what parameters need to be provided? 
A3: To choose it, you need to combine the actual operation scenario, and the core needs to provide 3 types of key parameters: first, working environment parameters (such as working pressure, temperature, whether it is in extreme environments such as corrosion, heavy load, deep sea); second, equipment matching parameters (such as installation space, connection method, required power output); third, operation demand parameters (such as reciprocating speed, displacement accuracy requirements). We will recommend suitable standard models or customized schemes according to the parameters you provide to ensure that it exerts the best performance.