About Calcium Fluoride
On account of our vast expertise and knowledge in this domain, we are recognized as a prestigious manufacturer and supplier of Calcium Fluoride. We process this range of chemical compounds using optimum quality components under the supervision of our adroit professionals. The properties due to which our compounds are highly preferred are insolubility in water, cubic crystal structure and high boiling & melting point. Calcium Fluoride offered by us is extensively used in manufacturing glass, enamel, brake lining and aluminum metallurgy.
Fluoride Identifiers
- CAS number 7789-75-5
- EC number 232-188-7
- RTECS number EW1760000
Fluoride Properties - Molecular formula: CaF2
- Molar mass: 78.07 g mol1
- Appearance: White to Off White crystalline solid.
- Density: 3.18 g/cm3
- Melting point: 1402 °C, 1675 K, 2555 °F
- Boiling point: 2497 °C, 2770 K, 4526°F
- cubic crystal system, cF12 [1]
- Space group: Fm3m, 225
- Fluorides Coordination geometry: Ca, 8, cubic, F,4, tetrahedral
Fluoride Hazards - EU Index Not listed
- Main hazards Reacts with conc. sulfuric
- Acid to produce hydrofluoric acid
- Flash point Non-flammable
Product Details:
| CAS number | 7789-75-5 |
| Structure | Crystal structure, Cubic crystal system |
| EC number | 232-188-7 |
| RTECS number | EW1760000 |
| Molar mass | 78.07 g/mol |
| Appearance | White to Off White crystalline solid |
| Density | 3.18 g/cm3 |
| Melting point | 1402 Degree C, 1675 K, 2555 Degree F |
| Boiling point | 2497 Degree C, 2770 K, 4526 Degree F |
| Solubility | In water virtually insoluble |
| Usage | Laboratory |
| Molecular Formula | CaF2 |
Superior Optical QualitiesCalcium Fluoride is renowned for its exceptional optical transmission across a broad range from 0.15 to 12 micrometers, making it a preferred choice for manufacturing windows and lenses in both the ultraviolet and infrared spectra. Its low refractive index and minimal birefringence ensure accurate optical performance in demanding scientific and industrial applications.
Industrial Versatility and ApplicationsEngineered for industrial-grade performance, Calcium Fluoride is insoluble in water, stable under harsh conditions, and non-hygroscopic. With its use spanning metallurgy, glass manufacturing, welding agents, and ceramics, it functions as a critical flux and stabilizer, enhancing process efficiency and product durability across multiple sectors.
Reliable Packaging and StorageOur Calcium Fluoride comes securely packaged in HDPE bags or drums with the option for customized solutions. To maintain its effectiveness and shelf life, it should be stored in a cool, dry place, keeping it free from moisture exposure. Its physical properties ensure easy handling, transportation, and long-term stability during storage.
FAQ's of Calcium Fluoride:
Q: How is Calcium Fluoride typically used in industry?
A: Calcium Fluoride finds application predominantly in optics for manufacturing windows and lenses, in the steel and aluminum industries as a flux, and in the production of ceramics, glass, and welding agents. Its high purity and unique optical properties make it indispensable in these sectors.
Q: What are the benefits of using Calcium Fluoride in optical applications?
A: Calcium Fluoride offers high optical transmission from ultraviolet to infrared wavelengths (0.15-12 m), minimal birefringence, and a low refractive index, providing clear, high-performance components in lenses and windows for scientific, medical, and laser systems.
Q: Where should Calcium Fluoride be stored to maintain its stability?
A: For optimal stability and shelf life, Calcium Fluoride should be stored in a cool and dry location away from moisture. Adequate packaging in HDPE bags or drums further helps to protect its quality during storage and transportation.
Q: What is the recommended process for handling and packaging Calcium Fluoride?
A: Calcium Fluoride is provided as a white, crystalline powder and is typically packed in HDPE bags, drums, or customized packaging. It is important to handle Calcium Fluoride in a dry environment and use appropriate personal protective equipment to prevent dust inhalation during handling.
Q: What makes Calcium Fluoride advantageous in metallurgy and ceramics?
A: Due to its insolubility in water, chemical stability, and high melting and boiling points, Calcium Fluoride serves effectively as a flux, reducing melting temperatures and enhancing fluidity in metallurgy and ceramics manufacturing, thereby improving efficiency and product quality.
Q: When should Calcium Fluoride be replaced or disposed of?
A: If Calcium Fluoride shows any signs of contamination or has absorbed moisture despite proper storage, it should be replaced to ensure product integrity. Under recommended conditions, it is chemically stable with a prolonged shelf life.