Cerium chloride heptahydrate is white to yellow crystalline granular, which is a rare earth salt. It tend to dissolve in water and ethyl alcohol, which turn into anhydrous. When 90℃, cerium(III) chloride heptahydrate starts to lose water. After 230℃, it turn into cerium(III) chloride anhydrous. Cerium dioxide is the raw material.
Cerium trichloride is a highly versatile rare earth compound known for its excellent solubility, stability, and reactivity. With applications across various industries, it plays a crucial role in catalysis, materials science, and environmental technologies.
Cerium Chloride Heptahydrate
| CAS No.:18618-55-8 | EINECS No.:232-227-8 | Molecular Formula:CeCl3.7H2O | Molecular Weight:372.58 |
| Melting Point:848℃ | Density:3.92 |
Applications
Cerous chloride heptahydrate use as analytical reagent and catalyst, which is also raw material for production of metal cerium. It applies to medical intermediate, hard alloy additive, cerium salts and chemical reagents.
Cerous trichloride usually works as a catalyst or catalyst precursor in chemical reactions. It enhances the efficiency of organic synthesis processes, such as coupling reactions and polymerization, and is a critical component in petrochemical refining and fine chemical production.
Cerous trichloride is an essential ingredient in producing glass and ceramics with enhanced properties. It is particularly valueable for its role in manufacturing UV-resistant and high-clarity glass, as well as advanced ceramics used in optical components and electronics.
Cerous trichloride plays a role in environmental technologies for water treatment and air purification. Its ability to remove impurities and act as a redox agent makes it a valuable material in sustainable solutions aimed at improving environmental quality.
Cerium trichloride serves as a precursor for synthesizing cerium-based materials used in electronic devices and magnetic components. These materials find applications in semiconductors, capacitors, and permanent magnets for advanced technologies.
In the field of display and lighting technologies, cerium trichloride is used to produce phosphors that enhance the brightness and efficiency of LEDs, fluorescent lamps, and other luminescent devices.
Cerium trichloride play a big part in material development and nanotechnology research. It enables the synthesis of innovative materials for applications in energy storage, catalysis, and environmental protection.