Tungsten(VI) Fluoride (WF₆) | High Purity Chemical | CAS 7783-82-6

REF : SF-7783-82-6

Tungsten Fluoride (WF₆), also known as Tungsten(VI) Fluoride or Tungsten Hexafluoride, is a high-purity inorganic fluoride used as a fluorinating and etching agent in semiconductor applications.

Synonyms : Tungsten Hexafluoride, Tungsten(VI) Fluoride, Tungsten Fluoride (VI), WF₆, Tungsten 6 Fluoride

Product Specifications

CAS Number: 7783-82-6
Molecular Formula: WF6
Molecular Weight: 297.83 g/mol
Available Purities
- 99% (Standard Grade)
- 99.5% (High Grade)
- 99.9% (Ultra-Pure Grade)
Applications: chemical reactions, semiconductor applications, research, industrial use…
Statut: manufacturer, produced in France

Ordering and Delivery :

Minimum Order Quantity (MOQ): 50 g

Delivery Countries: Available in all countries
Delivery Time: Varies by destination and quantities, typically 15 business days

Description

Colourless gas; Air sensitive

Physical Properties
Molecular weight: 297.83 g/mol
Density: 12,4 g/cm3
Melting point: 2,3°C
Boiling point: 17,1 °C

Additional information

Tungsten fluoride / CAS 7783-82-6, is a colorless, heavy gas that exhibits toxic and corrosive properties. This compound finds application in various industries, as highlighted below:

In the semiconductor industry, WF6 plays a crucial role in forming tungsten films through the process of chemical vapor deposition (CVD). These films serve as interconnects in integrated circuits.

In nuclear fuel production, is employed for enriching uranium. The separation of Uranium-235, the fissile isotope, from Uranium-238 is achieved by passing WF6 gas through a series of centrifuges.

For incandescent lamps, WF6 is utilized to dope the filaments, enhancing their lifespan and brightness.

Beyond these primary uses, WF6 finds application in the production of hard coatings, removal of organic contaminants from air and water, and the synthesis of various tungsten compounds.

Given its hazardous nature, WF6 necessitates careful handling by trained operators. It is imperative to don protective clothing and equipment to mitigate risks and avoid inhaling the gas.

Despite its hazards, WF6 remains a valuable material with a diverse range of applications. Its significance extends to the semiconductor and nuclear industries, and ongoing research explores potential applications in the fields of energy and medicine.

In conclusion, while WF6 poses risks, its importance in the semiconductor and nuclear industries, as well as its diverse applications in materials science and environmental processes, makes it a valuable compound. Ongoing research continues to explore additional applications in fields such as energy and medicine.

MSDS

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