High quality pressure relief valve escorts the hydraulic system

Small pressure reducing valves are often related to the operational safety of water conservancy projects. If the performance of the pressure reducing valve is not very good, then the water conservancy project may experience work failure and poor durability, corrosion resistance and water pressure resistance during operation. If the overall performance of the pressure reducing valve cannot be ensured, the continuous working conditions of the water conservancy project will be severely restricted.

Therefore, in order to promote the healthy development of my country's water conservancy projects and safeguard the public interest, it is very important to build high-quality pressure relief valves.

Water conservancy projects are related to the national economy and people's livelihood, so ensuring the safety and stability of water conservancy projects is of utmost importance. Since the pressure valve has a great impact on the operation of the water conservancy project, it is necessary to ensure the quality of the water conservancy project pressure reducing valve. The quality of the pressure reducing valve mainly includes: sufficient water pressure resistance, good acid and alkali resistance, excellent weatherability and reliable durability.

Water conservancy pressure reducing valves are often used in water or even at the bottom. Therefore, the pressure reducing valve is required to have a certain degree of water pressure resistance. When designing the pressure resistance of the pressure reducing valve, redundant design schemes should be adopted; the water is sometimes acidic, sometimes When it is alkaline, this requires that the pressure reducing valve needs a certain degree of acid and alkali resistance. Whether it is encountering alkaline water or acidic water, the pressure relief valve must be kept safe; the water temperature changes with the change of temperature. Especially in the north, the annual temperature difference is relatively large. In winter, the water temperature is relatively low, and the water surface is even frozen. In summer, the water temperature is relatively high. This requires the water conservancy pressure reducing valve to have a certain degree of weather resistance. Regardless of the water temperature, the pressure reducing valve is required Maintain good working performance; once a water conservancy project is completed, it needs to be used for a long time. Therefore, various equipment including water conservancy pressure reducing valves are required to have sufficient durability to support the stable and continuous work of the water conservancy project.

In order to ensure the good performance of the water conservancy pressure reducing valve, we need to do the following: First, we must strengthen scientific research investment to improve the basic performance of the water conservancy pressure reducing valve. The key to improving product quality is the construction of scientific research strength and scientific research team; the second is to optimize the material selection of water conservancy pressure reducing valves. Only good materials can support the stable and high-quality characteristics of pressure reducing valves. When designing and manufacturing the valve, it is necessary to optimize the selection of materials according to the basic requirements of the water conservancy project; the third is to build carefully to improve the quality of the water conservancy pressure reducing valve. While improving the research and development plan, the Ensure the quality of the pressure reducing valve.

A century-old plan for the safe operation of water conservancy projects, and high-quality pressure reducing valves escort the water conservancy system. Wuyue Pump & Valve Group pays attention to scientific research investment, water conservancy pressure reducing valve design analysis, human resource construction, adopting the spirit of craftsmanship and the attitude of optimizing material selection to ensure the quality of the development and manufacturing of pressure reducing valves.