Segmented Induction Vessel for Amorphous Alloy Melting

The vessel body is divided into multiple elongate segments that are electrically isolated from each other. Each segment can be independently heated by the induction coil, allowing for precise local temperature control. This segmentation enables uniform temperature distribution throughout the melting portion, preventing hot spots and cold zones that would cause partial crystallization and quality defects in molded parts.

The patent replaces conventional thermal conduction heating with electromagnetic induction heating. The induction coil generates an electromagnetic field that directly induces eddy currents in the conductive vessel segments, converting electromagnetic energy to thermal energy efficiently. This substitution provides faster, more uniform, and better controllable heating compared to traditional mechanical contact heating methods, ensuring consistent temperature throughout the melting process.

The induction heating system provides continuous and uniform heating throughout the melting portion, maintaining the amorphous alloy material in a stable molten state. The segmented vessel design ensures continuous temperature uniformity, preventing localized cooling that would trigger crystallization. This continuous controlled heating action allows the material to remain in the desired amorphous state throughout the processing cycle, ensuring reliable production of high-quality molded parts.

The patent precisely controls the temperature parameters during melting using the induction heating system. By maintaining the material temperature within a specific range above the glass transition temperature but below the crystallization temperature, the amorphous structure is preserved. The ability to independently control each segment's temperature allows optimization of the thermal parameters to prevent crystallization while maintaining material flowability for molding.