This Mitsubishi Materials Cross Reference guide functions as a technical bridge between global material standards, providing a systematic mapping of alloys across ISO, AISI, DIN, JIS, and BS designations. It categorizes industrial materials into primary machining groups—Steel (P), Stainless Steel (M), Cast Iron (K), Non-ferrous (N), Heat-resistant Alloys (S), and Hardened Materials (H)—to facilitate precise tool selection.
The document provides essential data on chemical compositions and hardness ranges, allowing for the direct correlation of workpiece properties to optimized carbide grades and cutting geometries.
Manufacturing and quality engineers utilize this reference to maintain operational consistency when transitioning between international suppliers or regional material specifications. By applying these cross-references, professionals ensure that machining parameters remain stable and tool life is maximized across diverse production environments.
Important note: while some steels are atom-to-atom equivalent, most are *similar*, ie composition is not exactly identical from one standard to another -not even counting the manufacturing method that may also induce other differences than the chemistry-. Critical applications must look at these level of details.
Tip: not a unique resource, but here a very convenient cross-standards pdf to bookmark or save and print locally.
