This know-how employs an induction furnace to soften conductive supplies inside a segmented, water-cooled copper crucible. The shortage of contact between the molten materials and the crucible partitions, achieved via electromagnetic levitation, minimizes contamination and permits for the processing of extremely reactive metals. A first-rate instance is the casting of titanium alloys for aerospace elements.
The inherent benefits of this course of are important. Excessive purity ranges are attainable, resulting in superior materials properties. Advanced shapes could be fashioned as a result of exact management over the molten metallic. Moreover, the method presents flexibility when it comes to the supplies that may be processed, extending past titanium to incorporate different reactive and refractory metals. This know-how’s improvement represents a big development in supplies science, enabling the manufacturing of high-performance elements for demanding functions.
