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Understand how a “never-solidifying” Rheocasting alloy enhances long flow lengths and improves casting quality by retaining latent heat within the melt, ideal for complex parts and demanding requirements.
A patent search revealed 87 Rheocasting technologies; only GISS, SEED, and RheoMetal remain. GISS & SEED’s cooling methods lead to inconsistent casting. RheoMetal ensures stable production with its EEM method, making it ideal for high-quality, consistent HPDC. Hence, Casting-Campus GmbH partners with Comptech AB.
Discover how Rheocasting enables sustainable aluminum casting by allowing low-silicon alloys, more recycled content, and improved performance with lower CO₂ emissions.
As the limits of HPDC are reached, Rheocasting offers solutions for high-heat conductivity, leak-tight components, and complex castings. Rheocasting ensures efficiency and cost-effectiveness across various industries.
Explore how cooperation with consultants and universities can solve casting challenges and prepare for future requirements. This episode discusses the benefits of leveraging expert insights and academic partnerships, including knowledge creation, talent acquisition, and integration strategies. Discover how these collaborations can help you navigate changes in the industry and address new demands.
As automotive giants shift to large-scale rear-floor castings, the traditional components like shock towers and longitudinal members are disappearing. This episode explores the challenges and opportunities created by this trend, including scaling issues and career advancements in the evolving HPDC industry.
