Characteristics of constant flow valves in flow-controlled unloader valves

In fluid control systems, flow-controlled unloader valves play a vital role. They ensure the stability and efficiency of system operation by accurately adjusting the flow of fluid. Among them, constant flow valves, as a special type of flow control valve, are widely used in many fields with their unique performance characteristics.
Structural characteristics of constant flow valves
The structural design of constant flow valves usually includes key components such as valve body, valve core, spring, and adjustment mechanism. As the channel of the fluid, the shape and size of the internal flow channel of the valve body have an important influence on the flow stability. The valve core is the core component for controlling the flow, which changes the cross-sectional area of ​​the flow channel by moving up and down. The spring is used to provide the force for the valve core to reset, ensuring that the valve can return to its initial state after closing or adjusting. The adjustment mechanism allows the user to fine-tune the flow of the valve according to actual needs.
Application scenarios of constant flow valves
Constant flow valves have been widely used in many fields due to their unique performance characteristics. In the water supply system, the constant flow valve can ensure that users can obtain a stable water flow and improve the water supply quality regardless of how the pipe network pressure changes. In the cooling system, the constant flow valve can maintain a constant flow of the cooling medium, ensuring that the equipment is fully cooled and preventing overheating damage. In addition, in the chemical, pharmaceutical, food and other industries, the constant flow valve is also often used in situations where precise control of fluid flow is required, such as feed control of reactors, flow regulation of filling lines, etc.