A new type of additive that combines efficient refining and high refractoriness has made its debut in the aluminum alloy processing field. Its unique properties provide a new solution for high-precision material production compatible with machining centers, radial drilling machines, grinding machines, etc. Through iterative formula development, this refining agent demonstrates excellent stability and durability in high-temperature melting environments.
This refining agent can be precisely combined with conventional aluminum alloy fluxes to accelerate the adsorption and separation of impurities in the melt, while its refractory properties reduce material loss during high-temperature operations. In the preparation of aluminum-based intermediate alloys, it can optimize the uniformity of alloy components, creating more stable billets for subsequent processing equipment.
What is particularly crucial is that its significant improvement in the dispersion of granular refining agents is remarkable. After being processed with this refining agent, the granular refining agents are distributed more evenly in the melt, effectively avoiding material performance deviations caused by dispersion issues, making the processed parts more suitable for the processing requirements of precision equipment, and helping to upgrade the material quality in the high-end manufacturing field.