7202.30.00.00 - Ferrosilicon manganese 🖩

Ferrosilicon manganese, classified under HTS Code 7202.30.00.00, represents an alloy primarily composed of iron, silicon, and manganese. This alloy is a crucial additive in steelmaking and other metallurgical processes, where its manganese content deoxidizes and desulfurizes molten metal, while its silicon content further aids in deoxidation and influences the final properties of the steel. Its specific composition and intended use as a ferroalloy for steel production are key to its classification.

Distinguishing ferrosilicon manganese from its sibling categories is vital for accurate classification. Ferromanganese (7202.10) primarily focuses on manganese content with iron, while ferrosilicon (7202.20) emphasizes silicon and iron. Ferrochromium (7202.40) is defined by its chromium content, and ferronickel (7202.60) by its nickel content, each serving distinct metallurgical purposes. Ferrosilicon manganese combines the functionalities of both ferromanganese and ferrosilicon, making it a specialized alloy with a unique role in ferrous metallurgy.

As a leaf node, this classification does not have further subcategories. The specific designation 7202.30.00.00 covers all forms of ferrosilicon manganese, whether in lumps, ingots, or other primary forms, as long as it meets the defined compositional and functional criteria of a ferroalloy. Classification at this level relies on confirming the presence and proportion of iron, silicon, and manganese, and its intended application as a metallurgical additive.