Carbon steel socket flange

The manufacturing process of carbon steel socket flange generally includes the following steps:

1.Material procurement: First of all, high-quality carbon steel plates need to be purchased, cut and processed according to specifications and requirements.

2.Punching: Punch the processed carbon steel plate for inserting the flange.

3.Bending: Bending the punched carbon steel plate into the shape of the socket flange.

4.Welding: Weld the bent plate to fix it into the shape of the socket flange.

5.Surface treatment: The surface of the welded socket flange is polished and anti-rust to increase its corrosion resistance and aesthetics.

6.Inspection and packaging: inspect the manufactured socket flange to ensure its quality meets the standards and requirements. Then carry out reasonable packaging and storage.

Carbon steel socket flanges are unique in the following ways:

1.Easy installation: The carbon steel socket flange is easy to install, no additional connecting elements are required, just insert the accessories into the flange.

2.Wide application range: carbon steel socket flange is suitable for various media, such as water, steam, gas, oil and chemical media, etc., and has good versatility.

3.Small fluid resistance: The inner wall of the carbon steel socket flange is smooth and integrated with the inner wall of the pipe, so the resistance of the fluid passing through the pipe is very small.

4.Removable joints: The carbon steel socket flange joints are detachable for easy maintenance and replacement of accessories.

5.Economical and practical: the price of carbon steel socket flange is relatively low, the production cost is low, and the use effect is not inferior to other types of flanges.

Carbon steel socket flanges are suitable for a variety of application scenarios, including but not limited to the following:

1.Pipeline systems for conveying corrosive media, such as chemical industry, water treatment, textile, metallurgy and other fields.

2.Pipeline systems that can withstand high temperature and high pressure, such as gas, oil, electric power, nuclear energy and other fields.

3.Used to connect pipelines and equipment, machinery, instruments and other parts, such as food, medicine, semiconductor and other industrial fields.

4.For heating and ventilation piping systems in the construction industry, etc