The automotive industry demands increasingly sophisticated products for the future of mobility.
We respond to a demand focused on developing more energy-efficient electric vehicles and reducing the impact of transportation on the environment.
Our commitment to sustainability drives us to invest in new technologies and continuously improve our steelmaking system. Additionally, we strive to minimize the impact of our operations, reduce our carbon footprint, and maximize resource efficiency.
Sustainability is an integral part of our philosophy and identity. We are committed to decarbonizing our steel manufacturing processes and have outlined a path to achieve this:
To reduce the environmental impact of mobility, solutions are needed to accompany the reduction of the carbon footprint in transportation systems.
Steel is a strategic material to achieve this goal. Our innovation in product design and engineering is essential to creating lighter, stronger, and more durable steel.
Our new advanced high-strength steels can reduce a vehicle's weight by 25% to 39%. In a family car, this represents a saving of up to 3 tons of greenhouse gases over the vehicle's lifespan, equivalent to recycling almost 130 million plastic bags.
Some of the research areas in which we work and invest are focused on producing advanced high-strength steels to enhance vehicle safety and reduce CO2 emissions.
We are members of WorldAutoSteel, a select group of companies dedicated to producing high-quality steel for the automotive industry. Within this consortium, we conduct market studies and engineering analyses to demonstrate why steel stands out as the optimal material for the future of mobility.
Collaboration and innovation in the industry drive the creation of increasingly specialized steels that are key for the vehicles of the future: electric, connected and autonomous.