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The HPDC market is expected to grow from USD 38.66 billion in 2024 to USD 52.14 billion by 2029, driven by the increased use of aluminium in vehicles and the rise of electric vehicles and gigacastings. This trend presents challenges and opportunities for small foundries, requiring adaptation and innovation to capture new profitable markets.
In our eighth Gold Nugget, we explore the impact of sustainability in purchasing processes for foundries. We dissect how carbon footprint considerations influence part prices and the growing importance of securing post-consumer aluminium scrap. This episode also covers the effects of CBAM, Catena-X, and certifications on global foundries.
Discover how China is shaping the future of lightweight automotive manufacturing with magnesium alloys and advanced casting technologies, including thixocasting and rheocasting. Explore the benefits of magnesium for electric vehicles and advancements in die casting technology.
The foundry market is declining, and HPDC machines are underutilized as casting demand drops. Discover how Rheocasting overcomes HPDC limitations, enabling new applications such as helium-tight compressor housings and high-conductivity electronics, allowing foundries to secure profitable contracts and revitalize their existing investments.
Discover how free energy would impact the future of foundries and why it’s not the ultimate solution. Learn how Rheocasting, market development, and tech innovation are key to staying competitive in a rapidly changing casting industry.
Optimize your production process by integrating design for manufacturing (DFM) early. Casting-Campus GmbH provides expert guidance from initial development to reduce costs and ensure your casting designs are production-ready, offering fixed-rate consulting for effective DFM support.
