Don’t let the challenges of the modern automotive industry hold your foundry back. Acquire new business with a customised strategy from us. Schedule a free consultation today to learn more about how we can help you unlock new opportunities and drive sustainable growth in your foundry operations.
Home blindness is dangerous in business, where insularity stifles innovation, limits adaptability, and disconnects companies from customers. Learn how fostering openness, diversity, and change can help build a resilient, future-ready organization.
Partner with Casting-Campus GmbH to develop advanced EV casting solutions like battery enclosures and e-motor components. Our expert consulting services optimize High-Pressure Die-Casting and Rheocasting for superior performance, quality, and efficiency in the next generation of electric vehicles.
The Carbon Border Adjustment Mechanism (CBAM) is an EU policy to prevent carbon leakage and ensure fair competition by imposing carbon costs on imports from non-EU countries. Starting in 2026, importers must pay for carbon emissions
Dendrites form in aluminum alloys during solidification, reducing mechanical properties and increasing porosity. Rheocasting prevents dendritic growth by using a semi-solid slurry with a globular microstructure, minimizing undercooling, improving flow, and enhancing casting quality and performance.
Learning Rheocasting by connecting shop floor experience with process physics and marketing in the Rheocasting Masterclass.
As industries embrace electrification, selecting the right aluminium alloys for heat management is crucial. Higher iron content in alloys enhances sustainability through improved recyclability, cost-effectiveness, and durability. Understanding thermal conductivity, influenced by alloy composition and microstructure, is key. Low silicon and high iron alloys, cast through Rheocasting, offer optimal thermal properties and minimal carbon footprint.
