Terbium Nitrate

Terbium Nitrate (Tb(NO₃)₃·6H₂O) is a white crystalline solid. Terbium nitrate is a colorless monoclinic crystalline solid. The melting point is 89.3 °C and it decompose at high temperature. It is soluble in water, ethanol, acetone and esters. It can be extracted into organic solvent phase by tributyl phosphate. Its anhydrous salt is easily soluble in anhydrous amine, nitrile and other polar organic solvents.

Terbium nitrate can be obtained by dissolving terbium trioxide, terbium hydroxide or terbium carbonate in nitric acid, and its hydrate can be crystallized from aqueous solution, among which hexahydrate is the most common.

NCE can provide 99.9% and 99.99% pure Terbium Nitrate. Please contact us for more details. Get a Quote Now! For other rare earth nitrates, please check our Rare Earth Nitrate catalog page.

Synonyms: Terbium(III) Nitrate, Terbium(III) Nitrate Hydrate; Terbium(+3) Nitrate, TbNO₃

Typical Applications:

It is used to manufacture phosphors, magnetic materials, terbium compound intermediates, chemical reagents and in other industries.

Tb₄O₇/TREO≥99.9%
Tb₄O₇/TREO≥99.99%

Inquiries and orders should include the following information:

1. Quantity
2. Purity

Standard Packing:

Packed in sealed bags and bottles. Special package is available on request.

Storage:

The storage method of a substance is directly related to the physical and chemical properties of the substance. When storing rare earth products in laboratories or enterprises, the following eight principles should be followed.

1. The principle of sealing. Most rare earth products must be sealed, which is an important principle for product preservation. It mainly applies products with the following properties: products that are easily deliquescent, reagents that are easy to react with water vapor, and reagents that are easy to be oxidized or reduced.
2. The principle of avoiding light. For rare earth products that are easily decomposed by exposure to light or heat, avoid sunlight and store them in a cool place.
3. The principle of isolation. Rare earth products should be kept away from fire sources, and strong oxidants should be kept separate from easily oxidized substances.
4. The principle of ventilation. The storage of most rare earth products must follow this principle, especially strong oxidants.
5. Low temperature principle. Too high temperature will easily decompose the product, especially when the weather is hot in summer. Cooling treatment can be carried out if necessary.