High pressure solenoid valves is usually made of strong materials, such as stainless steel, to withstand the pressure and stress brought by high pressure. Its structure includes components such as the valve body, valve core, electromagnetic coil, and spring. The valve body is compactly designed with smooth internal channels to reduce pressure loss and fluid resistance.
Read MoreSend InquiryLow pressure solenoid valves are usually composed of main components such as the valve body, valve core, electromagnetic coil, and reset spring. The valve body materials are diverse to adapt to different working media and environmental requirements. Its design focuses on the compactness of the structure and the convenience of operation.
Read MoreSend InquiryMiniature solenoid valve is a compact, precise solenoid valve designed for applications where space is limited and fluid control accuracy is highly demanded.
Read MoreSend InquiryLow power solenoid valve works current is applied to the electromagnetic coil, the generated magnetic field will attract or repel the valve core, causing the valve core to move within the valve body. The position of the valve core determines the open or closed state of the fluid channel. By precisely controlling the magnitude and duration of the current, the movement of the valve core can be precisely controlled, thereby precisely regulating the flow and pressure of the fluid.
Read MoreSend InquiryAutomation solenoid valve is an excellent product carefully built to meet the needs of modern industrial automation. It combines leading-edge technology and craftsmanship to provide efficient, precise and reliable performance as a key component in automated fluid control systems.
Read MoreSend InquiryThe Low power consumption solenoid valve working principle of the low-power solenoid valve is based on electromagnetic induction. A magnetic field is generated when an electric current passes through an electromagnetic coil wound outside the valve body. This magnetic field makes the spool subject to magnetic force, thereby changing the position of the spool. In the unenergized state, the spool is usually in the closed position, preventing fluid from passing through. When the coil is energized, the resulting magnetic force overcomes the spring's elasticity or other resistance and pulls up or pushes the spool, opening the valve port and allowing fluid to pass through.
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