Divine Metal & Alloy Incoloy 825 can withstand strong acids including oxidizing ones such as nitric acid. The use of nitric acid is common for the production of both ammonium nitrate and calcium ammonium nitrate, which in turn, are raw materials for fertilizers. Hence, the application for Incoloy 825 Pipe could be the large scale production of nitrate fertilizes. Along with being used in several chemical processing units, the B423 Inconel 825 Seamless pipe is suited to applications involving the reprocessing of spent nuclear fuel.

Divine Metal & Alloy And since the material does not react to various chemicals, the use of ASTM B705 Alloy 825 Welded Pipe radioactive waste streams and nuclear fuel reprocessing. Generally, nuclear plants and radioactive handling plants emit high thermal energy. The use of conventional steel pipes for these processes could prove to be fatal because the high levels of heat could rapidly decay the walls of said pipes. However, the high nickel and chromium content of the alloy gives the WERKSTOFF NR. 2.4858 ERW Pipe the ability to withstand elevated heat levels. In addition to its good performance at high temperature, the mechanical properties of the Incoloy 825 Seamless Pipe is high as well.

And the corrosion resistance properties of the alloy make the 825 Incoloy Bush Hex Pipe a very durable addition in piping systems of various industries, in particular those industries that handle nitric acid. Because the percentage of nickel used to alloy the UNS N08825 Round Pipe is high, this grade tends to exhibit virtual immunity to stress-related corrosion cracking. Typically ductile metals are prone to SCC. Although the nickel content makes the Inconel 825 EFW Pipe alloy very ductile, the inclusion of manganese in trace quantities improves its toughness. On the other hand, the impact resistance of alloy 825 clad pipe, is high because of the high amount of nickel