QUENCHED & TEMPERED S890QL1 STEEL PLATE: HIGH STRENGTH WITH SUPERIOR TOUGHNESS

Quenched & Tempered S890QL1 Steel Plate: High Strength with Superior Toughness

Quenched & Tempered S890QL1 Steel Plate: High Strength with Superior Toughness

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When your project demands exceptional strength without compromising on toughness, Quenched & Tempered S890QL1 Steel Plates offer an excellent solution. Designed for structural applications in extreme conditions, this high-yield steel is engineered to perform under high stress while maintaining good weldability and formability.


The S890QL1 grade is a high-strength structural steel supplied in a quenched and tempered condition. It offers a minimum yield strength of 890 MPa, making it ideal for load-bearing structures such as cranes, bridges, trailers, and lifting equipment. The "QL1" designation means the plate meets impact testing requirements at –60°C, ensuring reliability even in low-temperature environments.


Manufactured according to the EN 10025-6 standard, S890QL1 plates are known for their fine-grain structure, which contributes to excellent mechanical properties and surface finish. This standard guarantees consistency in thickness tolerances, strength levels, and impact resistance, making the material suitable for precision fabrication and structural performance.



By sourcing from certified high-strength steel plate manufacturers and distributors, you gain access to tested, traceable, and compliant material. These suppliers often provide value-added services such as plasma cutting, bevelling, and immediate availability in various thicknesses and widths.


Whether you are designing lightweight, high-load components or working in arctic or offshore conditions, S890QL1 steel plates deliver the strength and safety your applications demand. Their ability to reduce structure weight without compromising on load-bearing capacity makes them a smart choice for advanced engineering challenges.


In summary, Quenched & Tempered S890QL1 Steel Plates are a reliable choice for high-performance structural needs, combining strength, low-temperature toughness, and compliance with rigorous European standards.











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