"high purity la2o3 lanthanum oxide powder"
Υψηλής καθαρότητας La2o3 σκόνη οξειδίου λανθανίου για οπτικό γυαλί
HIGH PURITY LANTHANUM OXIDE (LA2O3) POWDER( 3N5/4N/5N) /CERAMICS GRADE FOR OPTICAL GLASS, CATALYST, PHOSPHOR High Purity Lanthanum Oxide Molecular Formula: La₂O₃Appearance: High purity lanthanum oxide is a white powder. Application: Used in three-way catalysts, glass, ceramic and electronic industries; it is also applied to manufacture precision optical glass and optical fibers. In the electronic industry, it serves as ceramic capacitors and a dopant for piezoelectric
La2O3 σκόνη οξειδίου λανθανίου 99,99% για γυάλινες φακούς
La₂O₃ Lanthanum Oxide Powder 99.99% for Glass Lenses Overview: Lichen La₂O₃ Lanthanum Oxide Powder (99.99%) is a high-purity rare earth oxide specially produced for optical glass and glass lens manufacturing. With excellent chemical purity, uniform particle characteristics, and stable composition, this material is widely used as a key additive in high-refractive-index optical glass, enabling superior optical performance and process reliability. Lanthanum oxide plays a
Χύδης Επικίνδυνες σπάνιες γης Λά2Ο3 Οξείδιο του λανθανίου σκόνη Μικρό σωματίδιο
Small Particle Lanthanum Oxide Molecular Formula: La₂O₃ Appearance: Fine particle lanthanum oxide is a white powder Application: Used in three-way catalysts, the glass, ceramic and electronic industries; for manufacturing precision optical glass and optical fibers. Also applied in the electronic industry as ceramic capacitors and a dopant for piezoelectric ceramics. It is also used as a raw material for producing lanthanum boride, and as a catalyst for petroleum separation
Ηλεκτρόδια φωτισμού Σπάνια γήινα υλικά Φθοριούχο λανθάνιο σκόνη
Lanthanum Fluoride Molecular Formula: LaF₃ Appearance: Lanthanum fluoride is a white powder Application: It can be used to prepare scintillators and rare earth crystal laser materials required for modern medical image display technology and nuclear science, fluoride glass optical fibers and rare earth infrared glass. It is used in the manufacture of arc lamp carbon electrodes for lighting sources, fluoride ion selective electrodes for chemical analysis, and special alloys and
