1.High Purity Design: Specially designed for delivering high purity oxygen, the valve body and trims are made of stainless steel or special alloy materials. The surface is specially treated to reduce the reaction between oxygen and metal, ensuring the purity of the gas, and meeting the high requirements of oxygen quality in the fields of medical and chemical industries.
2.Excellent Sealing Performance: Using advanced sealing materials, such as Teflon (PTFE) or special rubber, it can ensure that the valve does not leak when closed, effectively preventing oxygen loss and external impurities from mixing in, thus ensuring safe and stable operation of the system.
3.Fire and Explosion Prevention: In view of the characteristics of oxygen that easily supports combustion, the valve design complies with fire-proof and explosion-proof standards, and is equipped with anti-static devices and safety relief structures to prevent fire or explosion accidents caused by static electricity or abnormal internal pressure.
4.Corrosion and Oxidation Resistance: All materials in contact with oxygen have been strictly screened and have good corrosion resistance and oxidation resistance. They can maintain stable performance during long-term oxygen delivery and extend the service life of the valve.
5.Quick Opening and Closing: The optimized valve stem and ball structure design makes the valve open and close quickly and smoothly, reducing operation time and improving work efficiency. It is suitable for occasions where frequent flow adjustment is required.
6.Excellent Flow Performance: When the ball is fully open, the flow area is large and the flow resistance is small, ensuring the smooth flow of oxygen in the pipeline, reducing energy consumption and improving the overall efficiency of the system.
7.Easy to Maintain and Clean: The valve design is easy to disassemble and clean, especially for key components such as valve seats and sealing parts, which can be easily replaced, reducing maintenance difficulty and downtime while ensuring system hygiene.
8.Various Connection Methods: Various connection methods such as flange and welding are provided to meet the installation requirements of different pipeline systems and ensure the fastness and sealing of the connection.
9.Various Actuation Modes: Manual, electric, pneumatic and other actuation modes can be configured according to customer needs to achieve remote control and automatic operation, improving operation convenience and system intelligence level.
