Whether you want to grow through Rheocasting, stronger digital communication, or both, schedule a Free Consultation today, and let’s discuss where Casting-Campus can support your business most effectively.
Optimizing strength and elongation is crucial to enhancing automotive performance with aluminium alloys. Alloying elements like Magnesium, Zinc, and Copper boost strength through precipitation hardening and Guinier–Preston zones. However, a careful balance is needed as Zinc can cause ageing issues, and Copper may lead to corrosion.
The new Goldcasting Studio is ready for the Gold Nugget season starting this Thursday. Tune in when we release Gold Nugget 27 on September 5th at 7:45 Central European time.
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.
Content marketing for manufacturers doesn’t have to be overwhelming. Learn how foundries can start strong, stay consistent, and grow visibility with real-world support.
Explore how effective communication drives leadership and innovation in the foundry sector. Learn why collaboration among OEMs, Tier 1 suppliers, and toolmakers is essential for overcoming challenges and ensuring progress in the industry.
Tesla’s Gigacasting for the Model Y has revolutionized the industry. However, with larger castings, hot tearing becomes a significant challenge. Hot tearing is common in casting alloys like AlCu5, with their large solidification range. For Gigacastings, several factors amplify this problem. The longer flow lengths mean the melt front cools significantly, making recombination difficult. Additionally, residues from the die-spraying process accumulate on the surface, further hindering recombination.
