
Design Freedom in Rheocasting
Rheocasting revolutionizes 5G antenna housing by enhancing heat dissipation, power output, and design flexibility while slashing environmental impact.
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.

Rheocasting revolutionizes 5G antenna housing by enhancing heat dissipation, power output, and design flexibility while slashing environmental impact.

Discover how the Goldcasting Podcast outperforms traditional foundry marketing channels in engagement and brand awareness. See why it delivers 5–12x more impact for B2B marketers.
Discover new applications Rheocasting opens for foundries, including leak-tight CO₂ parts, LPDC replacements, and a business development playbook to win programs and scale.

The HPDC market is expected to grow from USD 38.66 billion in 2024 to USD 52.14 billion by 2029, driven by the increased use of aluminium in vehicles and the rise of electric vehicles and gigacastings. This trend presents challenges and opportunities for small foundries, requiring adaptation and innovation to capture new profitable markets.

Learn why casting simulations alone can’t capture all real-world challenges in HPDC production, such as the impact of release agent residue on melt front recombination. Optimize your casting process by combining simulations with fine-tuning techniques to achieve the best results.

Discover how adjusting the solid fraction in Rheocasting can transform your production of climate compressor housings to meet the EU F-Gas Ban requirements, enabling castings that hold up to 160 bars of pressure while reducing porosity and enhancing product quality.