S890QL

Data verified

S890QL is the EN 10025-6 Q&T structural plate with 890 MPa minimum yield — a step beyond S690QL for boom and chassis designs where every kilogram of dead weight costs payload. It uses the same lean ladle chemistry envelope as the whole S460–S960 family; strength comes from the quench-and-temper practice.

DINS890QL (EN 10025-6)
GBQ890 (GB/T 16270, near)
CategoryStructural & HSLA Steel

Chemical composition

ElementContent (%)
C≤0.20
Si≤0.80
Mn≤1.70
P≤0.020
S≤0.010
Cr≤1.50
Ni≤2.00
Mo≤0.70
B≤0.005

Weight percent, per the governing standard ranges. Actual values per heat are on the mill certificate.

Properties

Yield strength≥890 MPa (≤50 mm)
Tensile strength940–1100 MPa
ImpactQL: 27 J at −40 °C
Density7.85 g/cm³

Heat treatment

Delivered quenched and tempered. Post-weld heat treatment is generally not permitted above the mill tempering temperature.

Equivalent grades

StandardDesignation
dinS890QL (EN 10025-6)
gbQ890 (GB/T 16270, near)

Compare side by side: S890QL vs S960QL · S890QL vs S690QL

Equivalents overlap in chemistry and use but are not always identical — see our equivalents guide before substituting in certified designs.

Applications & Processing

Applications: Telescopic crane booms, aerial work platforms, heavy trailer chassis, mining equipment structures.

Processing: Demanding fabrication: matching high-strength consumables, narrow preheat/interpass windows, strict heat-input limits. No flame straightening without procedure approval.

FAQ

S890QL vs S690QL?
Same chemistry philosophy and −40 °C QL toughness; S890QL guarantees 890 MPa yield vs 690 MPa. Designs can shed roughly 20% section weight, but weld procedure qualification and consumable cost rise sharply.

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Source: EN 10025-6 published ranges · Last updated 2026-11-03. Data is indicative — verify critical values against the governing standard and mill certificate before use.