Key vis HSX heller

The highest strength combined with toughness and machinability

The higher-strength special HSX® steels are characterized by outstanding properties with additional good machinability. With HSX® your manufacturing process becomes shorter and safer. This brings cost-relevant advantages across the entire process chain.

Why choose HSX®

For tougher, compacter components of lower weight. For exacting quality, safety, and reliability of precision parts. HSX® steels take the impossible beyond.

High strength

The higher strength of HSX® steels lies in the range of quenched and tempered steels. How we process the steel guarantees consistent mechanical properties over the entire cross-section and dimension range. As delivered.

Tailored for complexity

HSX® steels can be tailored to withstand high dynamic or static loading. HSX® steel components withstand high compressive stress and hold up to impact loads and transmission of forces.

Machinability

The process-friendly chipping of HSX® steels supports faster and leaner production practices. Reducing wear on machine tools and improving machine uptimes.

Steel Beyond Limits key vis HSX heller

Advance your component capabilities

Exceptional materials. Impressive attributes.
Substantial cost-savings opportunities.

Up to 50% stronger than standard steels

Very high tensile and yield strengths – as delivered

Good machinability

Machinability and tool life are considerably better compared to standard QT steels. Process time up to 40% shorter

Up to 50% component cost savings

Faster and leaner production processes

Toughness and dynamical resilience

Suitable for parts exposed to high static and dynamic loads

A sustainable solution

Generally no heat treatment necessary. Reduction of production processes and CO2. Up to 50% savings on component costs

Component quality and reliability

Consistent properties from batch to batch

Green steel key visual nachhaltiger stahl

Climate-neutral steel production

With our Green Steel, we are taking an important step towards climate-neutral steel production. Scrap steel is used as the main raw material and the steel is produced using the electric steel process with energy sources with a low CO2 content. This results in a CO2 footprint well below the industry average.

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