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.
Learn about Rheocasting from someone who brought several HPDC and Rheocasting parts from the design stage into series production. The parts ranged over several industries and had a shot weight range of 1,2 to 43,7 kg. In summary, you get the theoretical background and the application knowledge in one session.
Explore how gigacastings enable sustainable automotive manufacturing by simplifying vehicle structures into fewer, larger castings. This innovation reduces recycling complexity, lowers costs, and supports the circular economy by enhancing the reuse of materials in future production.
Explore how CO₂ Climate Systems create high-volume and high-margin casting opportunities for foundries. Learn why mastering leak-tightness and Rheocasting is key to thriving in this fast-growing market.
As the automotive industry shifts away from traditional powertrain parts, foundries with small and mid-sized HPDC machines face underutilization challenges. This article explores how these foundries can adapt by diversifying into new markets, identifying alternative applications for precision casting, and leveraging strategic analysis and networking to uncover growth opportunities outside the automotive sector.
Discover what ketchup and Rheocasting have in common. Learn how thixotropic slurry behavior revolutionizes casting with better flow, fewer defects, and expanded application potential.
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.
