Inconel 625 Plate Description

The strength of Inconel 625 plate comes  from the solid solution strengthening effect of molybdenum and niobium  contained in the nickel-chromium alloy. These elements also give the  alloy excellent corrosion-resistant properties. While the alloy is  designed for strength in high-temperature environments, its highly  alloyed composition gives it a high degree of resistance to general  corrosion as well as resistance to a wide range of oxidizing and  non-oxidizing environments. The chromium and molybdenum content make the  alloy have excellent resistance to corrosion spots caused by chloride  ions, and the high nickel content enhances the alloy's resistance to  chloride stress corrosion cracking. The material is highly formable and  easier to weld than many nickel-based alloys. Even under welded  conditions, the alloy still has the ability to resist intergranular  corrosion, in addition to corrosion and oxidation resistance.

Product Parameters

Chemical Composition

Mechanical Properties

Physical Performance

Scope of Application

This  alloy is resistant to a variety of severe corrosive environments,  especially to pitting and crevice corrosion. Some applications of  Inconel 625 are used as part of chemical processing, aerospace, and  marine engineering, pollution control equipment, and nuclear reactors.