Difference between revisions of "Vikane"
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* Contact of liquid on metals can cause corrosion. | * Contact of liquid on metals can cause corrosion. | ||
* Decomposes with high humidities and high temperatures to form hydrofluoric acid. | * Decomposes with high humidities and high temperatures to form hydrofluoric acid. | ||
− | * Bell- | + | * Bell-Environmental: [https://bell-environmental.com/wp-content/uploads/Vikane-SDS.pdf SDS] |
+ | * NIOSH Pocket guide to Chemical Hazards: [https://www.cdc.gov/niosh/npg/npgd0581.html Vikane] | ||
==Physical and Chemical Properties== | ==Physical and Chemical Properties== |
Latest revision as of 12:43, 25 June 2022
Description
[Dow Chemical] A registered trademark for a fumigant composed of sulfuryl fluoride. A colorless, odorless, toxic gas used for fumigation. Vikane is used to kill insects (ants, termites, silverfish, cockroaches, etc.) in homes and buildings. At high humidity and high temperature Vikane® can decompose to form hydrofluoric acid. Sulfuryl fluoride is gaseous at room temperature. It is applied from a compressed cylinder of liquid. The sprayed aerosol quickly becomes a gas and disperses throughout the sealed area. Vikane® is toxic to all life forms.
Synonyms and Related Terms
sulfuryl fluoride
Risks
- Toxic by inhalation, ingestion and skin contact.
- Noncombustible.
- Contact of liquid on metals can cause corrosion.
- Decomposes with high humidities and high temperatures to form hydrofluoric acid.
- Bell-Environmental: SDS
- NIOSH Pocket guide to Chemical Hazards: Vikane
Physical and Chemical Properties
Slightly soluble in cold water, most organic solvents and vegetable oils.
Composition | SO2F2 |
---|---|
CAS | 2699-79-8 |
Melting Point | -139.7 C |
Boiling Point | -55.4 C |
Resources and Citations
- Dow: Vikane factsheet
- M.Derrick, H.Burgess, N.Binnie, M.Baker, "Sulfuryl Fluoride(Vikane): A Review of Its Use as a Fumigant" JAIC 29:77-90, 1990.
- M.Baker, H.Burgess, N.Binnie, M.Derrick J.Druzik "Laboratory Investigation of the Fumigant Vikane' ICOM Preprints Dresden 1990 p. 804-811.