CPM 10v

Metallurgical Structure

Particle metallurgy ensures that the alloy components are frozen in place before they can segregate into large brittle chains. Because cpm 10v is made from gas atomized powder, the resulting grain structure is significantly finer than traditional ingot cast equivalents. This fineness prevents the catastrophic chipping often seen in materials with high alloy content.

The carbides are small and dispersed with remarkable uniformity throughout the hardened steel matrix.

Hardening Response

Thermal cycles transform the soft annealed state into a rigid structure capable of holding a sharp industrial edge for millions of cycles. When cpm 10v undergoes heat treatment, it develops a deep hardening profile that remains stable even at larger cross sections. The process requires precise control of the soaking temperature to ensure enough carbon is dissolved into the austenite without grain growth.

Secondary tempering allows for the adjustment of final rockwell hardness based on the specific impact requirements of the end use case.

Field Application

Durable components like blanking dies and injection molding nozzles benefit from the low friction surface these carbides produce. Since cpm 10v maintains its dimensions throughout the hardening process, it is a favorite for precision components that require minimal post heat treatment grinding. It offers a unique middle ground between heavy impact steels and extremely brittle ceramics.

Users find that the initial investment pays off through reduced downtime and lower cost per finished piece in high speed manufacturing environments. This steel represents the benchmark for abrasive wear resistance in the modern global tooling market.