Performance in Machining
Industrial machining of steel demands high levels of precision, efficiency, and cost-effectiveness. Tool wear, inadequate chip breaking, and unplanned machine downtimes can significantly disrupt the manufacturing process. The choice of the right steel plays a crucial role in overcoming these challenges and increasing productivity.
Two categories for different requirements: Stainless Steels & Engineering Steels
Stainless Steels – corrosion-resistant and high-performanceOur high-machinability stainless steel variants have been specifically developed to significantly enhance the machinability of conventional stainless steels without compromising their mechanical properties or corrosion resistance.
- Austenitic Steels – High corrosion resistance and good formability, ideal for demanding applications
- Martensitic Steels – Higher hardness and wear resistance, ideal for heavily stressed components
- Duplex Steels – A combination of high strength and excellent machinability
Engineering Steels – Maximum Performance for mechanical applicationsOur specially developed engineering steels offer an optimal balance of machinability, strength, and durability. They are ideal for heavily loaded components that require precision and resilience.
- High-strength special steels-Higher strength, more efficient production,significant cost benefits in the process chain for highly stressed precision parts.
Reproducibility at the highest level. Our High Machining Steels are specifically designed for optimal machinability. They enable reliable and cost-effective machining, reduce wear, and improve surface quality – even for complex components.
