Views: 0 Author: Site Editor Publish Time: 2025-05-26 Origin: Site
The advantages of superimposed hydraulically controlled check valves are mainly reflected in the following aspects:
Compact structure, saving space: The superimposed hydraulically controlled check valve adopts a superimposed structure, multiple valve spools can be stacked together to form a whole without the need for pipe connections, thus reducing the space required by the system. This compact design makes the hydraulic system smaller and lighter, making it easier to install and layout.
Easy to install and easy to maintain: The installation process of the superimposed hydraulically controlled check valve is relatively simple and the assembly cycle is short. Since the pipeless connection between the components is achieved, leakage, vibration and noise caused by oil pipes, pipe fittings, etc. is eliminated, making the system maintenance and maintenance easier.
Stable performance and high reliability: the superimposed hydraulic control check valve has the characteristics of small leakage, low vibration and low noise, which can ensure the stable operation of the hydraulic system. At the same time, its high-precision grinding technology and high-quality sealing materials also improve the sealing and accuracy of the valve, further enhancing the reliability of the system.
Various functions and widely used: superimposed hydraulically controlled check valves can not only be used as check valves to prevent oil flow from flowing backwards, but can also be used in combination with other hydraulic components to achieve various functions such as pressure holding, locking, and large-flow oil discharge. This makes it widely used in hydraulic systems in various industrial and mechanical equipment.
High degree of standardization, generalization and integration: superimposed hydraulic control check valves are usually suitable for installation surfaces of international standards such as ISO, CETOP, NFPA and DIN, and have a high degree of standardization, generalization and integration. This is conducive to the modular design and standardized production of hydraulic systems, improving production efficiency and reducing costs.
