Celestial solar aluminium, the EGA and Brembo agreement

Brembo, the global leader in high-performance braking systems, has announced a strategic agreement with Emirates Global Aluminium (EGA), the largest industrial company in the United Arab Emirates outside the oil and gas sector, to source solar-powered aluminium for its next-generation brake components. This partnership marks a major step toward sustainability in the automotive supply chain, as it combines cutting-edge materials engineering with renewable energy production, allowing Brembo to reinforce its commitment to environmental responsibility while maintaining its reputation for technical excellence. The agreement represents not only a commercial relationship but a shared vision for a cleaner, more efficient future in automotive manufacturing.

CelestiAL, one of the most sustainable aluminium on the market

Under the terms of the agreement, EGA will supply Brembo with its “CelestiAL” aluminium, which is produced using solar energy generated at the Mohammed bin Rashid Al Maktoum Solar Park in Dubai, one of the largest solar parks in the world. This type of aluminium is among the most sustainable available on the global market today, and the choice to integrate it into Brembo’s braking systems reflects a significant shift in the materials landscape of automotive production. By selecting low-carbon aluminium, Brembo is reducing the environmental footprint of its products from the very start of the production chain, embracing sustainability at the raw material level.

The use of CelestiAL aluminium in Brembo’s next-generation brake systems supports both companies’ long-term sustainability goals. Brembo, which has already declared its ambition to become carbon neutral by 2040, is actively working to reduce emissions across all stages of its value chain. This includes investing in energy efficiency, developing innovative product designs, and using materials with lower environmental impact. EGA, on its side, has taken a leading role in decarbonizing aluminium production, historically a highly energy-intensive process. By using solar energy instead of fossil fuels in the smelting process, EGA significantly reduces greenhouse gas emissions associated with aluminium production, making it an ideal partner for sustainability-driven manufacturers.

Latest generation aluminium for advanced braking systems

The aluminium supplied by EGA will be used by Brembo in the production of advanced braking systems for a wide range of vehicles, including electric and high-performance models. Aluminium is already widely used in the automotive industry for its light weight and high strength, which contribute to improved fuel efficiency and reduced emissions. When applied to brake components, aluminium offers excellent thermal conductivity and resistance to corrosion, essential for performance and safety. The addition of solar-powered aluminium takes this a step further, offering all the mechanical advantages of aluminium with a much lower environmental cost. This partnership also underscores a broader shift in the global automotive industry, as manufacturers respond to regulatory pressure and consumer demand for greener vehicles. Automakers are increasingly requiring their suppliers to meet stringent sustainability criteria, and materials with a low carbon footprint are becoming a key differentiator. By integrating solar aluminium into its products, Brembo not only aligns with its customers’ sustainability goals but also positions itself as a forward-thinking supplier capable of delivering innovation without compromising on responsibility.

The agreement benefits both

From a strategic standpoint, the agreement benefits both companies. For Brembo, securing a stable supply of green aluminium helps future-proof its manufacturing processes against upcoming regulatory changes and rising environmental standards. It also strengthens its brand image among environmentally conscious customers and stakeholders. For EGA, the agreement with Brembo reinforces its role as a leading supplier of sustainable aluminium to the automotive sector, a growing market that is increasingly turning to lightweight and low-emission materials. It also demonstrates the scalability of solar-powered aluminium production, encouraging other manufacturers to follow suit. The decision to adopt CelestiAL aluminium is not just symbolic; it is also grounded in concrete environmental gains. According to EGA, aluminium produced using solar power can reduce CO₂ emissions by approximately four tonnes per tonne of metal compared to traditional production methods that rely on fossil fuels. For a company like Brembo, which produces millions of brake components each year, this reduction translates into a substantial cut in total emissions. Moreover, these gains are verifiable and traceable, allowing both companies to report transparently on their progress toward climate targets.

Cutting-edge technology in the era of green mobility

In practical terms, Brembo will integrate this solar aluminium into the production of brake calipers, discs, and other components that require a combination of strength, thermal resistance, and weight optimization. These components are not only critical for vehicle safety and performance but are also central to the driving experience in premium and electric vehicles. By infusing sustainability directly into these high-performance parts, Brembo is helping to redefine what cutting-edge automotive technology looks like in the era of green mobility.

The partnership also highlights the importance of collaboration across industries in achieving sustainability goals. No single company can decarbonize alone; it requires coordinated efforts across the supply chain, from raw material producers to component manufacturers to final assembly. The Brembo-EGA agreement demonstrates how such collaborations can drive meaningful change, not only in terms of product innovation but also in reshaping industry standards and expectations. It sets a precedent that sustainability should not be treated as a separate initiative but as a fundamental part of the design, sourcing, and production process.

This agreement may well serve as a catalyst for broader adoption of green aluminium in the automotive sector and beyond. As more companies seek to reduce their Scope 3 emissions—those associated with supply chains—the demand for low-carbon raw materials is expected to surge. Solar aluminium, like EGA’s CelestiAL, offers a credible and scalable solution to this challenge. The more such materials are adopted, the more feasible it becomes to decouple industrial growth from environmental degradation. In addition, this deal has significant implications for regional and global sustainability goals. It demonstrates how resource-rich nations in the Middle East, such as the UAE, can contribute to global decarbonization through innovation and investment in renewable energy. EGA’s ability to produce high-quality aluminium using solar power is a testament to what can be achieved when environmental priorities are built into the foundation of industrial policy and business strategy. By sourcing from EGA, Brembo is also supporting the global transition to cleaner energy systems and more sustainable industrial practices.

Overall, the agreement between Brembo and EGA represents a pioneering move in the materials and automotive industries. It reflects a growing recognition that sustainability and performance are not mutually exclusive but can and must coexist in the products of the future. By bringing solar aluminium into high-performance braking systems, Brembo is demonstrating that even the most advanced technologies can be redesigned for environmental compatibility. EGA, through its leadership in solar-powered aluminium production, is proving that traditional heavy industries can be part of the climate solution. Together, the two companies are not just reshaping their own operations—they are contributing to the transformation of the entire automotive supply chain toward a more sustainable, responsible, and innovative future.