China Inorganic chemicals (HS 284690) Exports by Country

Yttrium oxide serves as a critical precursor for phosphors and laser materials, distinguishing it from compounds of other individual rare-earth metals.

Lanthanum oxide provides a high-refractive-index component for optical glass and a base for fluid catalytic cracking catalysts in petroleum refining.

Neodymium oxide supplies the primary ingredient for high-strength permanent magnets and specialized laser crystals used in industrial applications.

Europium oxide functions as the essential dopant creating red and blue phosphors in fluorescent lamps and display screens.

Dysprosium oxide improves the high-temperature coercivity of neodymium-iron-boron magnets, making it vital for electric vehicle drive systems.

Terbium oxide acts as a green-emitting phosphor activator in lighting and a magneto-optical material for data storage devices.

Praseodymium sesquioxide provides a specialized oxide form of the rare-earth metal praseodymium, serving as a precursor for pigments and magnetic alloys.

Lutetium oxide supplies a highly specific rare-earth oxide compound utilized primarily in specialized catalysts and scintillator crystals for medical imaging.

Oxides of various rare-earth metals, excluding cerium and those separately classified, furnish essential polishing and phosphor materials for optical and electronic applications.

Chloride compounds of terbium act as vital intermediates in manufacturing green phosphors and magneto-optical storage devices.

Lanthanum chloride serves as a key halide salt for producing water purification catalysts and specialized optical glasses.

Neodymium chloride functions as a crucial precursor for synthesizing powerful neodymium-based permanent magnets and laser materials.

Chloride compounds based on praseodymium serve as specialized precursors for glass coloration, ceramic glazes, and permanent magnet manufacturing.

Yttrium-based chloride compounds function as vital starting materials for laser crystal growth, phosphor production, and advanced metallurgical applications.

Blends combining multiple rare-earth elements in chloride form provide versatile feedstocks for fluid catalytic cracking and polishing powder manufacturing.

Individual rare-earth chlorides not classified elsewhere encompass singular metal chlorides outside the specifically enumerated praseodymium and yttrium categories.

Terbium fluoride supplies a high-purity fluoride source essential for producing green phosphors and magneto-optical recording materials.

Dysprosium fluoride acts as a crucial dopant and additive to enhance coercivity and thermal stability in neodymium-iron-boron permanent magnets.

Lanthanum-based inorganic fluoride compounds supply specialized optical coatings and catalyst formulations requiring the distinct chemical properties of this specific rare-earth…

Neodymium-based inorganic fluoride compounds provide crucial material inputs for laser manufacturing and advanced glass coloring applications relying on this particular rare-earth…

Praseodymium-based inorganic fluoride compounds serve pigment production and magnetic material applications that depend on the unique reactivity of this specific rare-earth…

Yttrium-based inorganic fluoride compounds function as essential ingredients in optical lens coatings and fluorescent lamp phosphors utilizing this distinct transition metal.

Inorganic fluoride compounds of other rare-earth metals not individually specified supply niche catalytic and optical uses requiring alternative elements from this group.

Lanthanum-based inorganic carbonate compounds support fluid catalytic cracking and glass polishing operations that utilize this specific rare-earth metal in a carbonate form.

Neodymium-based carbonate compounds supply a vital heavy rare-earth input for manufacturing high-strength permanent magnets and specialized glass polishing agents.

Praseodymium carbonate functions as a precursor material in pigment production and metallurgical additives, distinct from neighboring neodymium formulations.

Yttrium carbonate provides a specific yttrium-source compound utilized in phosphor manufacturing, laser crystal growth, and advanced ceramic applications.

Blended carbonate formulations containing multiple rare-earth elements serve bulk processing needs where individual metal separation is unnecessary.

Carbonate compounds of unspecified rare-earth metals capture remaining single-element carbonates not individually classified elsewhere in this heading.

Lanthanum-based inorganic or organic compounds, excluding carbonates, act as catalysts and optical glass additives requiring this specific rare-earth metal.

Inorganic or organic formulations based on neodymium serve as essential precursors for high-strength permanent magnets and specialized optical materials.

Chemical formulations incorporating terbium provide vital magnetic and phosphorescent properties used in advanced electronics and green energy technologies.

Dysprosium-based inorganic and organic compounds enhance coercivity in neodymium magnets and act as nuclear reactor control rod materials.

Praseodymium compounds function as key colorants in glass and ceramics, while also serving as catalysts and alloying additives in metallurgical processes.

Yttrium-based inorganic and organic formulations impart thermal stability and luminescence to laser crystals, superconductors, and phosphor displays.

Formulations of other individual rare-earth metals or their mixtures supply specialized catalytic, metallurgical, and optical functions across various industrial applications.