Content that Attracts Customers, Talent, and Opportunities
The Marketing Accelerator helps die casting experts publish smarter, reach more customers, and grow their brand. Built for the HPDC industry.
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.
The Marketing Accelerator helps die casting experts publish smarter, reach more customers, and grow their brand. Built for the HPDC industry.
Discover how Goldcasting Podcast sponsors use real conversations to share insights, support change, and connect with decision-makers.
Attract the next generation of talent with storytelling and regional adaptability. Discover how authentic narratives and localized strategies create meaningful connections and build a future-ready workforce.

Understanding HPDC tool wear involves analyzing how alloy composition affects tool durability. Factors like iron solubility and intermetallic phases are crucial in tool erosion. Low-iron alloys, like AlSi7Mg, interact differently with tool steel than higher iron-containing alloys. As an alternative to iron, Manganese influences alloy strength and ductility, impacting tool life. Optimize your HPDC alloys by understanding these alloy-specific impacts to enhance performance and longevity.

In our ninth Gold Nugget, we explore the impact of EV production on casting volumes and delve into new technologies like Rheocasting. Dr. Per Jansson from Comptech AB shares insights on their transition from a foundry to a technology supplier, discussing the challenges and innovations in Rheocasting, alloy management, and marketing strategies.

Welding HPDC aluminium parts poses challenges such as porosity, thermal conductivity, and distortion. This article explores these issues and highlights research by Oscar Samuelsson and Isak Tillberg from Chalmers University of Technology on welding HPDC components to sheet metal. Their findings show that Rheocasting enhances weldability, offering improved quality and strength.