Lanthanum Carbonate Octahydrate | 6487-39-4

Description :

Overview of Lanthanum Carbonate Octahydrate

Lanthanum Carbonate Octahydrate is a rare earth compound used as a pharmaceutical active ingredient, specialty chemical, and research material. Known for its phosphate-binding properties, use in treating hyperphosphatemia, and applications in materials chemistry, Lanthanum Carbonate Octahydrate is used in pharmaceutical formulations, rare earth chemistry, and specialty applications.

This compound appears as a white powder. Its lanthanum carbonate octahydrate structure provides unique properties for pharmaceutical and materials applications.

Related products include other lanthanum compounds, rare earth carbonates, and phosphate binders used in pharmaceutical and materials applications.

Applications of Lanthanum Carbonate Octahydrate

Pharmaceutical Applications

• Used as an active ingredient in phosphate binder medications
• Applied in treating hyperphosphatemia in renal patients
• Used in chronic kidney disease management

Materials Chemistry

• Used in producing specialty materials
• Applied in rare earth chemistry research

Analytical & Research

• Used in research laboratories
• Applied in studying rare earth chemistry

Safety & Handling Guidelines

• Avoid inhalation of dust
• Use gloves and protective clothing
• Handle in well-ventilated areas
• Store in tightly closed containers in a cool, dry place
• Keep away from strong acids

Where to Buy Lanthanum Carbonate Octahydrate?

Lanthanum Carbonate Octahydrate Manufacturer

ChemicalBull supplies high-purity Lanthanum Carbonate Octahydrate for pharmaceutical and research applications.

Lanthanum Carbonate Octahydrate Supplier & Distributor

• Available for pharmaceutical and research use
• High-purity grades (pharmaceutical grade, research grade)
• COA, MSDS, and specifications provided

MSDS

Includes detailed safety instructions and handling protocols.

Frequently Asked Questions (FAQs)

1. What is Lanthanum Carbonate Octahydrate used for?
   

   Used primarily as a phosphate binder in medications for chronic kidney disease patients; also in rare earth chemistry research.
   
   

2. What is the molecular formula?
   

   Molecular formula: La₂(CO₃)₃·8H₂O with varying hydration states.
   
   

3. How does it bind phosphate?
   

   Lanthanum ions in the GI tract bind dietary phosphate, forming insoluble lanthanum phosphate, and reducing phosphate absorption.