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Steel vertical check valve
The steel vertical check valve is known for its superior performance characteristics and wide range of applications.
Steel vertical check valve
The steel vertical check valve is an important pipeline valve.
The steel vertical check valve, also known as a non-return valve or one-way valve, is mainly used to prevent the backflow of media in pipelines. Its working principle is simple and effective: when the media flows in from the inlet, the valve disc automatically opens under the pressure of the media, allowing the media to pass smoothly; when the media attempts to flow back from the outlet, the valve disc quickly closes under the reverse pressure of the media (or with the help of spring force), effectively preventing the backflow of the media.
The main components of this valve, such as the valve body and valve disc, are usually made of high-quality steel, which has good pressure resistance, temperature resistance, and corrosion resistance, making it suitable for various complex working environments. Its vertical structure design not only helps reduce installation and maintenance costs but also makes the valve more stable and reliable during operation.
In addition, the steel vertical check valve also features a simple structure, fewer components, and lightweight, making its installation, use, and maintenance relatively convenient. At the same time, precise processing technology ensures the sealing performance of the valve, effectively preventing media leakage.
In summary, the steel vertical check valve plays an important role in the pipeline systems of industries such as petroleum, chemical, metallurgy, and electricity due to its superior performance characteristics and wide application range. When selecting and using, it is necessary to choose the appropriate material and specifications based on the specific working environment and media characteristics to ensure the normal operation of the valve and the safety and stability of the system.
Plant






Application areas

oil and gas

Chemical industry

Food and beverage

Steam industry

Shipbuilding and Mining

Other industries
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FAQ

1. Before installation, check whether the specifications, pressure, temperature, and corrosion resistance of the butterfly valve meet the usage requirements. Inspect all parts for damage or looseness.
2. This butterfly valve can be installed on pipes at any angle, preferably in a closed position; when welding the pipe flange, cover the valve sealing surface with a plate to prevent particles and debris from damaging the sealing surface. After welding, remove the valve, clean the sealing surface and the inner cavity of the pipe, and then install and secure the valve.
3. During installation, pay attention to the pressure direction when the valve is in the closed state.
4. Before installation, thoroughly clean the sealing surfaces (both ends, butterfly plate sealing surface, and valve seat sealing surface) to remove dust and dirt.
5. Before installation, perform a trial operation of the butterfly valve; it should open and close smoothly, and the open/close position should match the pointer position. Manual operation: clockwise to close, counterclockwise to open; do not apply additional force once the pointer is in position.
7. When conducting pressure tests on the valve, do not use a single flange for installation and pressure testing; double flanges must be used. When tightening bolts, do so in a symmetrical and alternating manner; do not tighten them sequentially. 9. The limit bolts have been adjusted before leaving the factory and should not be easily adjusted. If the drive device is electric or pneumatic, please read the accompanying drive device manual.
10. If the valve opens and closes abnormally, investigate the cause for repair and elimination; do not use force to operate the valve, as this may cause damage. 11. If the valve malfunction cannot be resolved, please notify our company for product installation, usage, and after-sales service.

If there are no other special requirements for the valve, it can be ordered according to the valve's number. This requires the user to understand the valve number description when ordering the product. Although this may be difficult for the user, selecting the appropriate number based on the parameters of the product they need can ensure that the provided valve fully meets the user's requirements.

1. When storing, the valve passage at both ends must be blocked with cover plates. It should be stored indoors in a dry and ventilated environment, and should be regularly checked and cleaned of dirt. Anti-rust oil should be applied to exposed machined surfaces to prevent rust.
2. Valves must be stored in a dry room and should not be placed outside to avoid damage.
3. Before transportation, valves must be tested and debugged according to the requirements of the contract or standard requirements to prevent user misoperation. For pneumatic or electric ball valves, the power source requirements for the corresponding devices must be listed according to the instructions of the pneumatic or electric device. If the user needs testing and inspection, it must be conducted according to standard requirements to prevent the product from failing to meet its performance due to incorrect testing methods. After pressure testing, any accumulated water inside the valve must be cleaned out before storage.
4. When installing the valve, the cover plates at both ends of the valve must be removed. For valves connected by welding, protective measures must be taken during the welding installation process to prevent adverse effects on the valve due to high temperatures. 5. For valves with a specific installation direction, directional arrows must be marked on the valve body to prevent incorrect installation.

1. Manual valve: When the handle is in a parallel position to the pipeline, the valve is in the open position; when it is at 90 degrees, the valve is in the closed position. Turning the handle clockwise closes the valve, while turning it counterclockwise opens the valve.
2. Worm gear driven valve: Identify using the indicator device installed on the upper part of the valve; turning the handle clockwise closes the valve, while turning it counterclockwise opens the valve. 3. Valves operated by pneumatic, electric, gas-liquid linkage, or hydraulic linkage: Operate according to the relevant actuator manual.
Key words:
Steel vertical check valve
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