Gränges is a global leader in aluminium rolling and recycling in selected niches. We’re committed to creating circular and sustainable aluminium solutions in partnership with our customers and suppliers - for a better future.
Gränges is a global leader in aluminium rolling and recycling. We help customers grow and transition to climate neutrality. Our products enable efficient climate control in transportation and buildings, electrification and battery components, recyclable packaging, and more.
Gränges Endure is our product brand for aluminium solutions that combine the highest technical and sustainability performance.
Gränges’ ambition is to create circular and sustainable aluminium solutions for a better future. Sustainability, alongside people and safety, is a key driver of the company’s long-term competitiveness and value creation. These elements are at the core of Gränges’ business and strategy, emphasizing their central role in differentiating the company within the industry.
Investor Relations Director
Anna Hedenberg
anna.hedenberg@granges.com +46 76 869 96 48
Working at Gränges means being surrounded by proud, talented and motivated colleagues – in a safe work environment. Our success is based on extensive industrial craftsmanship and highly employees.
Today 3,500 employees make up Gränges Group in three regions: Americas, Asia and Europe. Gränges is a global company with local presence. Are you joining the team?
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VP Communication & Investor Relations
Sara Lander Hyléen
sara.hyleen@granges.com +46 709 16 16 41
For many engineering students specializing in metals and materials, steel is familiar territory. Aluminium may be less so. Through its collaboration with technical universities, Gränges shares industrial knowledge and introduces future engineers to the possibilities of aluminium.
As part of Gränges Europe’s collaboration with KTH Royal Institute of Technology, Pawel Rutecki, PhD and VP R&I and Sustainability at Gränges Europe, shares his expertise in aluminium materials and manufacturing with engineering students.
In his guest lecture, Pawel Rutecki takes students through the production of rolled aluminium. The lecture covers recycling, casting, hot and cold rolling, and final applications. It also explores how alloying elements influence material properties and performance.
For Pawel Rutecki, the students’ questions reflect an interest that extends beyond the manufacturing process itself:“I am always impressed by the students’ engagement and the quality of their questions. They show particular interest in the manufacturing process, the production of aluminium from recycled scrap, and how alloying elements determine material properties and performance. It is encouraging to see their curiosity about both the technical and sustainability aspects of our industry.”
Interactions with industry help students place their academic knowledge in a broader context. They also offer insight into the technical and business considerations involved in industrial production.
“Industry interactions help students connect theoretical knowledge with real-world applications. They also give students a broader understanding of the technical and business realities they may encounter in their future careers,” says Pawel Rutecki.
The guest lecture is part of Gränges Europe’s long-term collaboration with technical universities, including KTH Royal Institute of Technology in Stockholm and AGH University of Krakow. The collaboration includes guest lectures and company visits, as well as opportunities for students to gain practical experience through summer jobs, internships, and thesis projects. These interactions give students a closer look at aluminium, its industrial applications, and the career opportunities connected to the material.
By bringing industry perspectives into the classroom, Gränges can share specialist knowledge and strengthen the connection between academia and industry. It also gives more future engineers an opportunity to discover a material that combines advanced technology, industrial-scale production, and circular potential.
October, 2026