LA6262 Lanthanum Oxalate Powder

Lanthanum Oxalate Powder Description

Lanthanum Oxalate Powder is a versatile and stable lanthanide compound widely valued as a precursor in advanced material synthesis, catalysis, and optical applications. Its insolubility in water, high thermal decomposition stability, and role in producing lanthanum oxide make it essential in industries such as ceramics, electronics, and material sciences.

Lanthanum Oxalate Powder Specification

Lanthanum Oxalate Powder Applications

·           Catalysis: Lanthanum compounds are often used as catalysts or in catalyst development, including applications in petroleum refining and exhaust gas treatment.

·           Material Science: Lanthanum oxalate hydrate serves as a precursor for producing lanthanum oxide and other lanthanum compounds, which are used in optical materials, ceramics, phosphors, and electronic components.

·           Optics and Electronics: Due to lanthanum’s unique properties, lanthanum oxalate is employed in R&D for optical devices, lasers, and even superconductors.

Lanthanum Oxalate Powder Safety Information

Lanthanum Oxalate Powder Packing

Our Lanthanum Oxalate Powder is carefully handled during storage and transportation to preserve the quality of our product in its original condition.

FAQs

Q1: What is Lanthanum Oxalate Powder?

Answer: Lanthanum Oxalate Powder is a compound composed of lanthanum ions, oxalate ions, and water molecules. This rare-earth material is commonly used in optical, electronic, and catalytic applications.

Q2: What are the main applications of Lanthanum Oxalate Powder?

Answer: Lanthanum Oxalate is used primarily in:

·           Optical and electronic materials

·           Production of phosphors and luminescent materials

·           Catalysts in chemical reactions

·           Research and development for advanced materials and lanthanum-based compounds

Q3: What are the optical properties of Lanthanum Oxalate?

Answer: Lanthanum oxalate itself is not directly luminescent, but lanthanum is often incorporated into optical materials due to its ability to enhance properties such as transparency and refractive index in specialized glass and ceramics.