The high -voltage solenoid valve is divided into two structures: direct movement and pilot type. The leading three -dimensional seal structure can flexibly select different sealing materials, and the valve can reach zero leakage.The high -voltage solenoid valve is divided into two types: brass solenoid valve and stainless steel solenoid valve according to the material.
High -voltage solenoid valve manufacturer
The first manufacturer: Shanghai Hao Lis high -voltage solenoid valve manufacturer. First of all, the first manufacturer recommended for everyone is Shanghai Hao Lis high -voltage solenoid valve manufacturer.This manufacturer was established in 2013 with a registered capital of 8.5 million yuan, a plant area of ??21,620 square meters, and an annual turnover of about 501 million to 100 million yuan.Its geographical location is Room 12144, Pingcheng Road, Juyuan New District, Jiading District, Shanghai, China.It mainly operates products with various valve products such as pneumatic valves, regulating valves, high -voltage solenoid valves, butterfly valves, gate valves and other types of valve products.At the same time, it also introduced advanced technology and management models, and has always adhered to the service system of "excellence, tracking, responsibility to people", and won extensive praise.
High -voltage solenoid valve price
At present, the market is generally sold for about 300 yuan. The quality is better. The price will be relatively expensive. Different costs are relatively different. There are also relatively important brands. It mainly depends on its own choice.
High -voltage solenoid valve model
Principle of high -voltage solenoid valve
1. Direct movement: The working principle is that during the power -powered period, the electromagnetic coil will generate current will be lifted from the valve seat that is being closed from the valve seat to turn on the valve.The part is pressed on the valve seat, so that the valve is closed.2. Pioneer: During the power -powered period, the power will be opened to promote the rapid decline in the pressure inside the upper cavity. The pressure difference between low pressure and low pressure around the closing parts will cause the fluid pressure to drive the closure of the part to move the valve to open;At this time, the elasticity will close the pilot hole, and the pressure at the entrance will quickly increase the pressure of the upper cavity chamber through the bypass hole to form a low pressure difference under the low pressure around the closure of the parts, which will cause the fluid pressure to drive the closure of the part to move down the valve to close the valve closure.Essence

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