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.
Discover how sustainable Rheocasting reduces energy consumption, lowers carbon footprints, and improves casting quality with thinner walls, low-silicon alloys, reduced rejection rates, and extended tool life. It is a profitable and eco-friendly diecasting method.
Rheocasting for Gigacasting is transforming the industry! Due to long flow lengths, gigacastings face feeding behaviour and hot-tearing challenges in liquid HPDC. Switching to Rheocasting enhances part quality. Rheocasting solves these issues by creating spherical globulites for better flow, distributing latent heat back into the melt, and reducing shrinkage issues.
Parts like pump housings, valve distribution blocks, and gearbox housings are the backbone of the foundry world. They’re made from the A380 or 226 alloys. But, as anyone in the industry knows, these parts often present quality and pricing challenges.
Optimise your process with the right rheocasting release agents. Benefit from our experience to find the best solution directly.
Explore the barriers to OEM supplier collaboration in Europe, from siloed departments to outdated procurement practices, and how shifting culture and strategy can drive global competitiveness.
Temperature controlled slurries in Rheocasting are not production-stable! Small changes (0.8 Kelvin) in temperature affect the slurry quality, making consistent casting hard. RheoMetal’s process isn’t slurry-temperature-dependent, ensuring stable production. Discover why accuracy matters!
