HUATAO GROUP

Plate Flange is an extremely important component in the field of pipe connection.

Its structure is simple and efficient, and the whole is in the shape of a flat circular plate. The hole in the middle is used to match the pipe so that the pipe can pass through. There are multiple bolt holes evenly distributed on the edge of the flange. The layout of these bolt holes follows strict industrial standards, such as ANSI, DIN and other different standards, to ensure that they can be accurately connected and matched with other flanges or pipe fittings.

In terms of material, Plate Flange has a wide range of choices. If it is made of ordinary carbon steel, it has good strength and hardness, which is enough to meet the needs of pipe connection under general pressure environment. This material has a low cost and is widely used in some pipeline systems that are more sensitive to budgets and do not have very high pressure requirements, such as ordinary municipal water supply and drainage pipeline systems.

Plate Flange made of alloy material shows more excellent performance. For example, plate flange made of nickel alloy has excellent high temperature resistance and corrosion resistance. In pipeline transmission scenarios with high temperature and strong corrosive media such as petrochemicals and oil refining, alloy plate flanges can ensure the stability and safety of pipeline connections and effectively prevent connection failures caused by high temperature or corrosion.

In terms of performance, Plate Flange can achieve good sealing effect when used with appropriate sealing gaskets. It can effectively prevent leakage of media in the pipeline, whether it is liquid or gaseous. During installation, its relatively simple structure makes the installation process more convenient, which can save a lot of manpower and time costs. With these advantages, Plate Flange plays an irreplaceable role in many industrial fields, including electricity, metallurgy, shipbuilding, etc., as well as pipeline connections in the construction field.