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173541

173541

High voltage power station gate valve

High voltage power station gate valve

Default encoding:GB, JB, HG, JIS, ASME, DIN, API
valve body:WCB
orifice:DN80-350
pressure:PN200-320

Friction free opening and closing: This function completely solves the problem of traditional valves affecting sealing due to friction between sealing surfaces.

Top mounted structure: Valves installed on pipelines can be directly inspected and maintained online, effectively reducing device downtime and lowering costs.

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Single seat valve design: eliminates the problem of the medium in the valve chamber being affected by abnormal pressure rise, which affects the safety of use.

. Low torque design: The valve stem with a special structural design can be easily opened and closed with just a small handle. Wedge sealing structure: The valve relies on the mechanical force provided by the valve stem to press the gate wedge onto the valve seat and seal it, so that the sealing performance of the valve is not affected by changes in pipeline pressure difference, and the sealing performance is reliably guaranteed under various working conditions.



Details

Power station gate valves, also known as power station specific valves, are mainly suitable for cutting off or connecting pipeline media in various systems of thermal power plants. Applicable media: non corrosive media such as water and steam. The characteristics of power station valves compared to other valve products are high temperature and high pressure, unique self sealing design, and the higher the pressure, the more reliable the seal. Due to its performance and technical characteristics, as well as the unique working conditions, the product has developed unique features that cannot be replaced by other products.

a. Friction free opening and closing: This function completely solves the problem of traditional valves affecting sealing due to mutual friction between sealing surfaces.

b. Top mounted structure: Valves installed on pipelines can be directly inspected and maintained online, effectively reducing device downtime and lowering costs.

c. Single seat valve design: eliminates the problem of the medium in the valve chamber being affected by abnormal pressure rise, which affects the safety of use.

d. Low torque design: The valve stem with a special structural design can be easily opened and closed with just a small handle.

e. Wedge sealing structure: The valve is sealed by the mechanical force provided by the valve stem, which presses the gate wedge onto the valve seat, ensuring that the sealing performance of the valve is not affected by changes in pipeline pressure difference. The sealing performance is reliably guaranteed under various working conditions.