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Explore the sustainability of secondary alloys with Erik Petré from Stena Aluminium, who reveals the unexpected carbon footprint contributor in recycling aluminium alloys and shares insights on achieving low emissions and high-quality casting for secondary gigacasting alloys.
Understand how the Euro 7 emissions standard reshapes the truck industry, emphasizing the shift from grey iron to Rheocastings for better performance and sustainability. Discover opportunities for profitable castings in 2024 and learn about top nominations for smaller machines, with insights into the benefits of rheocasting in meeting Euro 7 requirements.
Discover how Rheocasting reduces tool wear, energy use, and emissions, while boosting profitability and supporting sustainability goals.
Discover how the CBAM surcharge affects aluminium imports, customer pricing, sourcing decisions, and 2026 cost exposure for importers.
Discover how casting simulations utilising DOE and AI tools can help prevent scrap before it occurs. Learn how foundries turn data into knowledge, improve processes, and build a culture of sustainable, data-driven manufacturing excellence.
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.
