Steels produced through powder metallurgy represent a technologically advanced solution for those seeking high performance and long-term reliability. Unlike traditional melting processes, this technology starts from selected metal powders that are compacted and sintered, resulting in materials with an extremely uniform and controlled internal structure. The result is a “cleaner” steel, with fewer internal defects and consistent characteristics throughout the entire section.

These properties translate into concrete advantages for the user: greater wear resistance, improved machinability, dimensional stability, and superior performance even in the most demanding applications. Furthermore, the ability to design custom alloys allows for optimizing each solution according to the final application, improving the efficiency and competitiveness of the finished product.

PM steels are used in numerous high-performance mechanical applications, where reliability and durability are critical factors:

• Cutting tools (milling cutters, drills, industrial blades).
• Molds for plastics and cold forming.
• Components for stamping and blanking.
• High-strength gears and transmission components.
• Parts subject to severe wear or abrasion in industrial environments.

In many cases, these steels represent an evolution of traditional grades: even when there is no direct correspondence, they can be considered improved versions of high-speed steels and tool steels (hot work, cold work, plastic mold), offering a superior combination of wear resistance, toughness, and operational stability.