Forging, as a process, involves the shaping of metal using localized compressive forces. ASTM B564 Nickel 200 Forging Bar intrinsic properties make it remarkably forgeable. It displays excellent flexibility, transforming into intricate shapes like rings without becoming brittle or experiencing significant structural breakdown. The forging process also introduces a more refined grain structure to the metal, enhancing its mechanical strength. With DIN 2.4066 Forged Ring inherent malleability, the forging process can be optimized to produce rings of exceptional structural integrity and resilience.

Another outstanding characteristic of ASME SB564 Nickel 200 Forged Discs & Circles is its thermal and electrical conductivity. In the context of forging rings, this property might seem less pertinent. However, in applications where the transfer of heat or electricity is crucial, a ring made from UNS N02200 Forge Hollow Bar can facilitate these transfers efficiently. Lastly, DIN 2.4066 Forged Ring  showcases a low magnetostrictive level, meaning it has minimal changes in its dimensions under the influence of magnetic fields. This can be crucial for applications where stability under magnetic conditions is vital. A forging ring from Nickel 200 will maintain its integrity and dimensions even when exposed to strong magnetic fields.