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.
Every year, I set out to learn something new. In 2022, I began teaching material science and started my company, Casting-Campus GmbH. Now, I’m mastering the craft of teaching with a CAS in didactics and methodology from ZHAW. Embrace new challenges – you might love it!
In Gold Nugget 27, we explore how automation remains crucial, even with the rise of gigacasting. Staffan Zetterström and Fabian Niklas speak with Joakim Rosenqvist from ABB Robotics about how flexible robots transform large aluminium castings, reduce the need for parts, optimise costs, and improve sustainability .
Key properties of an effective heat sink are high thermal conductivity, leak tightness, corrosion resistance, and good mechanical properties. Machined aluminium blocks are costly. HPDC typically caps thermal conductivity at 150-160 W/mK. Rheocasting offers a solution. By reducing silicon to 1.7%, Rheocasting achieves thermal conductivities over 190 W/mK with average values around 170-180 W/mK and excellent castability. It is ideal for high-performance heat sinks in large 5G antennas.
Discover how casting innovation drives industry transformation, from incremental improvements like Kaizen to disruptive advances such as gigacastings and rheocasting. Learn how these breakthroughs redefine the foundry market and why embracing innovation now is crucial for staying ahead of the competition.
A high solid fraction in Rheocasting can unlock new business opportunities, overcome the limitations of HPDC, and achieve high-quality, leak-tight castings with improved mechanical properties by optimizing slurry flow behaviour.
Discover how Rheocasting enables you to bring back production into your foundry with good margins and what it takes to be successful in today’s environment! Learn how Sales and Marketing impacts your future success with Rheocasting.
