CS Socket Weld Flange ANSI B 16.9 Class 300
CS Socket Weld Flange ANSI B 16.9 Class 300
A CS Socket Weld Flange ANSI B 16.9 Class 300 is an industrial flange used to mate pipes and valves by the confronting face of the fitting with the mating flange. The Class 300 CS Socket Weld Flange is manufactured from high grade stainless steel, and is a strong, yet lightweight flange ideal for low cost, space-saving connections in commercial and industrial applications.
A CS Socket Weld Flange ANSI B 16.9 Class 300 is designed with a socket or hole at the end through which it can be welded. This socket can be connected with the pipe, which is then welded on the inside of the flange. It has a solid feel, because of its construction, and has minimal chances of leakage. As the sockets are welded the bolts are not used, but the flange produces a secure connection by providing a face-to-face area for holding the pipes in place.
A CS Socket Weld Flange ANSI B 16.9 Class 300 is available in a variety of sizes, dependent on your specific application. In general, the higher the pressure rating, the smaller the flange size. This is why Class 300 Socket Weld Flange is relatively more expensive than other flanges. It is important to note that the flange must be rated for the specific pressure and application it is intended for.
The CS Socket Weld Flange ANSI B 16.9 Class 300 can provide a secure and reliable connection for a variety of applications including nuclear, pharmaceutical, chemical, oil and gas, and natural gas industries. The flange is corrosion-proof making it an ideal choice in many corrosion-resistant environments. The CS Socket Weld Flange is also resistant to welding distortions and is suitable for high-pressure applications.
Due to its high strength, and low cost, the CS Socket Weld Flange ANSI B 16.9 Class 300 is a popular choice for many industrial applications, including petrochemical, piping and refrigeration. With correct installation and maintenance, the flanges can last many years, making them a reliable and cost effective choice.