Inconel 625 Flanges Manufacturer

What are Inconel 625 Flanges?
Inconel 625 Flanges are manufactured using a corrosion-resistant alloy that contains 58% nickel, 20% chromium, and 2% manganese.

After welding, flanges are another way of joining the method used in the industrial piping system. However, this is how the piping applications are joined with the process of dismantling. On the other hand, Inconel 625 Flanges provide flexibility to the applications, which are good at properly maintaining the working conditions. Various equipment and valves are connected in the industries with the help of flanges. The breakup flanges are added to the pipeline system if regular maintenance is required.

Several types of Inconel 625 Flanges include Lap Joint, Slip On, Ring Type Joint, Socket Weld, Threaded, Blind, and Weld Neck.

They are available in PN6 to PN64 pressure numbers and are offered in classes 150 to CL300.

Alloy 625 Flanges have many properties inherited in the flanges with the help of the alloying elements. However, Inconel is good at having chromium and carbon content which provides many properties. Corrosion resistance, pitting corrosion resistance, and crevice corrosion resistance are a few characteristics associated with carbon content. In addition to this, many other properties are there in the flanges. Other properties in the flanges are excellent ductility, durability, high tensile strength, outstanding toughness, and stability in elevated temperatures like Inconel 718 flanges.

Moreover, the properties are how the flanges are widely used in industrial applications. It is how they have a smooth flow in the working of the applications. On the other hand, some industries using the flanges are pulp and paper, pharmaceuticals, oil and gas, and others.

Alloy 625 Flanges are also widely used in the marine and nuclear industries, where they are resistant to seawater in flowing conditions. They are also suitable for chemical and chemical processing industries, where they are a good choice for the corrosive environment. They also resist reducing acids, sulfur, and chloride-ion stress-related corrosion cracking.