
How Thin can you Cast with Rheocasting?
Discover how Rheocasting enables thin-wall casting, achieving wall thicknesses as low as 0.4 mm without the need for machining. Save weight, cut costs, and boost performance in demanding applications.
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Discover how Rheocasting enables thin-wall casting, achieving wall thicknesses as low as 0.4 mm without the need for machining. Save weight, cut costs, and boost performance in demanding applications.
Discover how China is shaping the future of lightweight automotive manufacturing with magnesium alloys and advanced casting technologies, including thixocasting and rheocasting. Explore the benefits of magnesium for electric vehicles and advancements in die casting technology.

Learn how Rheocasting revolutionises high wall thickness castings, improving fatigue load performance and durability compared to traditional gray iron sand casting and HPDC.

Parts like pump housings, valve distribution blocks, and gearbox housings are the backbone of the foundry world. They’re made from the A380 or 226 alloys. But, as anyone in the industry knows, these parts often present quality and pricing challenges.

A new Gold Nugget is around the Corner! The Goldcasting Podcast will return from the summer break next Thursday. Tune in when we release Gold Nugget 27 on September 5th at 7:45 Central European time.

The shift toward electric vehicles has reduced demand for powertrain parts, impacting foundries. Rheocasting allows for high-wall thickness castings, perfect for truck industry needs. This allows for lower prices for customers and increased profit margins for foundries. AlSi7Mg is perfectly castable in Rheocasting, simplifying material validation.