Inconel 800 Pipe Manufacturers

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inconel 800 pipe manufacturers

Inconel 800 is a steel alloy with high strength and high corrosion resistance. It is an excellent choice for high-temperature applications and is widely used in the manufacturing industry. Its nitriding environment ensures that it does not suffer from corrosion and embrittlement. The alloy is corrosion-resistant up to 1100 degrees F and 600 degrees C. Inconel 800 Pipe manufacturers use only the best raw materials to manufacture this steel alloy.

Ensures That Its Products Meet The Highest Standards

Among the many different types of Inconel 800 pipe, the oval Incoloy 800H pipe is one of the most popular types. It is also referred to as ASME SB 514 800HT EFW pipes. In addition to this, 800 Inconel Alloy Hydraulic Pipes are also available. You can also look for inconel 800 pipe manufacturers in Mumbai. These companies manufacture both thin wall and thick-walled pipes of Inconel 800.

Inconel 800 pipe is typically produced from steel that is extremely high in strength and tensile strength. It is a good choice for high-temperature applications where corrosion and stress fracture properties are important. It is able to handle a wide range of temperatures, including those in Carburizing atmospheres. Because it is a highly-resistant steel, Inconel 800 pipe manufacturers also provide welded versions of the material. These welded versions are less expensive than seamless pipes, but they lack some of the strength. Pipes produced to meet the requirements of ASME SB 407 UNS N08800 must go through hydrostatic and non-destructive eddy-current tests to determine whether they are free from defects and permissible fiber stress.

Inconel 800 pipe manufacturers can provide any size and specification needed. The alloy is made up of a nickel-iron-chromium alloy, which maintains an austenitic microstructure at high temperatures. It is then annealed for fifteen minutes at 1800deg F, then cooled in air. This process ensures that the Incoloy 800 Pipe does not undergo the sigma stage of embrittlement.