

MAXIL® is a high-strength, fine-grained structural steel produced by the Salzgitter Group in Germany. It is engineered for applications that require a lighter structural design without compromising load-bearing capacity, from mobile crane booms to offshore installations.

MAXIL steel reduces boom weight while maintaining lifting capacity and structural safety in mobile crane applications.

Lighter, stronger chassis and platforms for heavy-duty transport equipment, reducing dead weight without losing capacity.

Built to withstand the extreme structural loads of wind installation equipment in demanding offshore and onshore environments.

Reliable performance in high-pressure structural components, including pumped-storage facility pressure.

Structural components for heavy machinery that demand a high strength-to-weight ratio and reliable performance.

Higher strength allows lighter lifting equipment to be built without losing capacity or safety margins.
Explore our available MAXIL® high-strength structural steel grades for demanding industrial, crane and structural applications.

High-strength structural steel with a minimum yield strength of 690 MPa, offering the best balance between strength and weldability.

High-strength structural steel with a minimum yield strength of 890 MPa, designed for structures requiring higher strength with reduced weight.

High-strength structural steel with a minimum yield strength of 960 MPa, built for the most demanding high-strength structural applications.

Quenched and tempered high-strength steel with a minimum yield strength of 1,100 MPa, for the most demanding lightweight, high-load structural applications.

Quenched and tempered high-strength steel with a minimum yield strength of 1,300 MPa — the top of the MAXIL® range, for extreme load-to-weight applications.
High Strength
Guaranteed yield strengths of up to 1,300 MPa across the MAXIL® range, combining exceptional strength with toughness.
Optimized Processing
Reduced carbon content means lower preheating requirements and reduced welding costs.
Weight & Cost Efficiency
Lighter, stronger designs mean less material usage and lower transport and processing costs.
