Power Plant Valves-South valve CO., LTD.-Trusted industrial valve manufacturer api, iso, ce certified south valve technology

Product Section

Certified Power Station Valve Manufacturer

Mainly Types of Ball Valves

The ball valves produced by our company are time-certified, with long service life and high safety factor. They are mainly divided into trunnion ball valves and floating ball valves.
Special Types of Ball Valves

In the process of continuous learning and innovation, our company has also launched special types of ball valves such as fully welded ball valves,cryogenic ball valves, power station ball valves,bronze ball valves,etc.

Floating Ball Valve

Certifications

Our product range includes Gate, Globe and Check Valves specifically designed for Power Plant applications, all certified with API6D, CE, SIL, ISO and GOST. Rely on our expertise to provide the valves that ensure the safe and reliable operation of your power station.

API
CE
SIL
TS
ISO
GOST
EAC

What is an Industrial Power Station Valve?

Power station valve is a kind of industrial valve designed for power plants, can withstand high temperature, high pressure harsh conditions. Power station valves, including gate valves, stop valves and check valves, must be designed to meet the stringent requirements of the power generation process to ensure the safety and reliability of the system. Power station valves are usually installed in boilers, steam pipelines and cooling systems, and are indispensable equipment in power station operation. In order to adapt to high temperature and high pressure environments, power station valves are usually designed with special materials and seals, and can be equipped with electric or pneumatic actuators to achieve remote control. The reliability and durability of power station valves play a key role in ensuring the stable operation of power generation systems.

Characteristics of Valve Use

High pressure and high temperature resistance

Power plant valves are designed for high pressure and high temperature environments and can maintain stable operation under extreme conditions. They are often used in steam and cooling systems in power plants.
Tight seal

The power station valve adopts a special seal design to ensure that it can maintain good sealing performance under high temperature and pressure to prevent leakage.edium can flow from any direction and provide a reliable seal
Heavy-duty operation

Power station valves are designed for long periods of heavy-duty operation and have a high-strength structure that can withstand frequent opening and closing operations without compromising performance.
Strong corrosion resistance

Because the power station environment often contains corrosive media, the power station valve is usually made of corrosion-resistant materials to extend the service life and improve reliability.

About The Key Parts of The Power Station Valve

01

Valve Body

The valve body of a power station valve is usually made of high temperature and high pressure resistant materials, such as alloy steel or stainless steel. The valve body is designed to be sturdy and can withstand extreme working conditions to ensure the safe operation of the power station system.
02

Valve flap

The valve flap is the core component of the power station valve to control the flow of fluids. It is usually wedge-shaped or parallel. The valve flap can maintain stable sealing performance under high temperature and high pressure to prevent medium leakage.
03

Valve Seat

The valve seat is the sealing surface between the valve flap and the valve body. It is usually made of high temperature resistant materials. The valve seat is precisely designed to ensure the sealing effect under extreme conditions.
04

Actuator

The actuator is the operating mechanism of the power station valve, usually electric or pneumatic design. The actuator can remotely control the opening and closing of the valve, and is suitable for power station systems that require automated control.
05

Operation

The operation of the power station valve is usually achieved through electric or pneumatic actuators, which are suitable for high temperature and high pressure environments that require precise control. Manual operation is usually used as an auxiliary for emergency operation when the actuator fails.

Industrial Valve