Flatlantic flatfish farm: a sustainable and robust environment thanks to Granite® HDXtreme

Granite® HDXtreme

Corrosion resistance

Kooi Stadium: A world first with XCarb® steel

European sections XCarb® recycled and renewably produced

Self-protecting steels with raw aesthetic: 2026 Indaten® & Arcorox® brochure!

Cigarières footbridge: A first for XCarb® recycled and renewably produced heavy plates in Switzerland

SiCA lecture: Introduction to plate behaviour and design

Footbridges

Enhancing high-bay warehouse sustainability: High-strength and low-carbon steel for weight, cost, and CO₂ optimisation

Magnelis® made of XCarb® recycled and renewably produced steel

Explore the Constructalia Tools & resources hub

Underground car parks with steel sheet piles: a comparative study

Sheet piles XCarb® recycled and renewably produced

SiCA lecture: Thin-walled members and sheeting

Doshi Retreat: XCarb® Indaten® weathering steel shapes journey through sound, space, and spirit

Indaten®

Railway stations

A Lego-like steel-framed system for standardisation and serial production

Heavy plates made of XCarb® recycled and renewably produced steel

Colours and textures in 3D!

Renovating Constructalia

One Bloor West: Engineering Canada’s first supertall structure, with HISTAR®

Magnelis®

Light steel framing

Magnelis® steel excels over batch galvanised steel in soil

Alpin gondola lift: the highest XCarb® rope ever leads to Mont Blanc

Welded precision tubes XCarb® recycled and renewably produced

Burri puts its trust in XCarb® precision steel tubes from ArcelorMittal Tubular Products Altensteig

SEGRO Park Frechen: An industrial park sets a benchmark in sustainable construction with ArcelorMittal’s XCarb® steel

Sandwich panels made of XCarb® recycled and renewably produced steel

Sustainable building certification

The Orange Book is back!

Structural steel grades

Weight optimisation

XCarb® towards net zero steel

A combined ArcelorMittal sheet pile solution helps protect the Yser River from storm floods

New video: Sheet piles save lives!

Wind towers

The largest beam in the world!

BAU 2025: ArcelorMittal showcases innovations in sustainable construction

Thermal response of steel framing members in open car park fires

Granite® Deep Mat brings durability to a photovoltaic roof in France

Environmental impacts

Roofing

Removal of a level crossing: a watertight solution with sheet piles and tubes

VELUX Group signs long-term agreement with ArcelorMittal to supply low carbon emission steel

Steel grade properties at a glance!

Granite® HDXtreme protects refurbished road tunnels

Floor plates

Modular construction: benefits and developments

ArcelorMittal Distribución Iberia: A renovated facility with XCarb® steel in Badajoz

Batch hot dip galvanisation: pros, cons, and considerations of a corrosion protection method for sustainable infrastructure

Updated Environmental Product Declarations available

El Romero solar farm: protected by Magnelis®

Let our project map inspire you this summer!

Modelling the influence of steel structure compartment geometry on travelling fires

Erstatningshavn Færgehavn Nord: a temporary harbour built with ArcelorMittal steel sheet piles

40-year lifetime for PV installations a reality

Life Cycle Assessment of purlin systems: the influence of the low carbon high strength steels in CO₂eq. emissions

Cutting-edge facade materials improve the sustainability of an indoor swimming pool in Germany

New SiCA lecture! Welded connections: weld calculation

Connections made of jumbo and super jumbo steel shapes: a practical guide

Soprema complex in Tongeren: high-end industrial architecture with sustainability at its core

Updated XCarb® recycled and renewably produced EPDs

The circularity of steel

Port of Huelva: a contemporary upgrade for a historic port with ArcelorMittal sheet pile solutions

Sheet piles

New SiCA lecture! Welded connections

Granite® HDXtreme gives a La Rochelle port building a new look and new life

Introducing our AR visualisation tool!

Optimised steel structures for a low carbon future