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.
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.
The Marketing Accelerator helps die casting experts publish smarter, reach more customers, and grow their brand. Built for the HPDC industry.
Optimize your foundry’s potential with a customized rheocasting strategy from Casting-Campus GmbH. We assess your unique challenges and market position, providing a tailored roadmap to integrate rheocasting technology, improve processes, and target new markets. Our flat-rate consulting ensures predictable costs and high-quality solutions, enabling your foundry to succeed faster and more efficiently.
Porosity issues in HPDC lead to failed castings. Discover why improper tool setup and gating can hinder performance and how specific requirements impact casting results in Rheocasting trial castings. Learn from real-world examples why the setting disallowed the Rheocasting trial casting to solve the porosity problems. Start to prevent these issues before the trial casting even began.
Using secondary alloys can reduce carbon emissions, but it’s complex. Secondary alloys come from post-industrial and post-consumer scraps. Only post-consumer scraps have a 0 kg CO2 footprint. Casting alloys need high purity, limiting usable scrap sources. Producing casting alloys often requires adding silicon, adding 0.5-0.6 kg CO2 per kg Al. High-purity scrap is scarce, so securing your supply is crucial.
Become the social media marketing expert in your industry. Learn how active business development builds trust, leads, and authority which generates sales.
