The plate has exceptional corrosion and oxidation resistance. It can withstand corrosive effects in many acids, alkalis, salts, and more. A tightly adherent oxide film protects the surface at high temperatures. This is stable in many atmospheres with very low oxygen levels.

The combination of thermal properties, corrosion resistance, and fabricability of the ASTM B168 Inconel 617 Diamond Plate makes it suitable for demanding heat-transfer applications. It is primarily used in heat exchanger tubing for gas turbine engines. The alloy allows thinner tube walls and improves efficiency.

Chemical processing industries rely on Inconel 617 for heat exchangers, reaction vessels, distillation columns, and piping. It withstands corrosive fluids and high temperatures in petroleum refining, pulp and paper production, and other processes. The plate resists stress corrosion cracking in hot, alkaline environments.

Inconel 617 sees nuclear service for core components and steam generators. Its neutron absorption is relatively low compared to other alloys. Excellent creep rupture strength up to 1500°F (815°C) suits the plate for nuclear reactor internals. It also performs well for liquefied natural gas storage and transportation.

For plate forming, the alloy should be annealed and rapidly air-cooled to restore ductility. It can be forged or otherwise hot worked between 1950-2150°F (1065-1175°C). Inconel 617 welds are well-using gas tungsten arc welding or shielded metal arc welding. Appropriate filler rods match the plate composition.