Malta Nano Strontium Carbonate

Nano strontium carbonate is a white powder or granule, odorless and tasteless. Its density is 3.7 g/mL, melting point is 1700°C, and boiling point is 2647°C. Nano strontium carbonate is poorly soluble in water, slightly soluble in saturated ammonium carbonate solution, and insoluble in alcohol. Jinghuang Technology's nano strontium carbonate features a high specific surface area and fine particle size, exhibiting good chemical stability and thermal stability.

Category:

MaltaCarbonate series

Product Description

Product Features:

Nano Strontium Carbonate (Chemical Formula: SrCO₃) is a white powder or granule, odorless and tasteless. Its density is 3.7 g/mL, melting point is 1700°C, and boiling point is 2647°C. Nano Strontium Carbonate is poorly soluble in water, slightly soluble in saturated ammonium carbonate solution, and insoluble in alcohol. Jinghuang Technology's Nano Strontium Carbonate has a high specific surface area, fine particle size, good chemical stability, and thermal stability.

Product Parameters:

Popular Models

JH-501

JH-204

JH-348

Appearance

White Powder

White Powder

White Powder

Purity

≥99.9%

≥99%

≥99%

Particle Size

0.5-2.5μm

≤25μm

1-3μm

More model parameters vary (customization supported), please contact customer service for detailed parameters.

Application Industries:

1. Nano Strontium Carbonate can be used as a coating material for electronic components to enhance the stability and reliability of the components.

2. Nano Strontium Carbonate can be used in the manufacture of optical glass and lenses, utilizing its optical properties.

3. Nano Strontium Carbonate also has important applications in chemical production, such as in the production of cathode ray tube glass, small magnetic motors, and fluorescent materials.

4. Nano Strontium Carbonate can be used in the manufacture of color television cathode ray tubes, electromagnets, and strontium ferrite.

5. Nano Strontium Carbonate also has potential applications in environmental management, such as for adsorption and catalytic reactions to address environmental pollution issues.