Interesting facts
Interesting Facts about Tributyl(fluoro)stannane
Tributyl(fluoro)stannane is a fascinating organotin compound that has garnered attention in various fields of chemistry and environmental science. Here are some intriguing points about this unique compound:
- Organotin Chemistry: Tributyl(fluoro)stannane belongs to the family of organotin compounds, which often exhibit unique properties due to the presence of tin as a central atom. These compounds are widely used in biocides, polymers, and as catalysts.
- Fluorine's Influence: The incorporation of fluorine in the structure adds to the compound's chemical properties. Fluorine atoms can impart increased stability and reactivity, making tributyl(fluoro)stannane an interesting candidate for further research.
- Potential Applications: This compound has potential applications in areas such as:
- Pesticide formulations
- Polymer chemistry
- Surface modification techniques
- Environmental Concerns: As with many organotin compounds, tributyl(fluoro)stannane raises important questions regarding environmental impact and toxicity. Research continues to examine the behavior and effects of organotins in ecosystems.
- Regulatory Scrutiny: Due to the potential bioaccumulation and harmful effects of certain organotin compounds, there are significant regulatory frameworks in place, particularly in the European Union, to control their use.
In summary, tributyl(fluoro)stannane is not just a chemical compound; it represents the intersection of advanced chemistry and environmental considerations. Its unique properties and potential applications make it a captivating subject for both students and researchers alike.
Synonyms
Tributyltin fluoride
Fluorotributyltin
1983-10-4
Stannane, tributylfluoro-
Fluorotributylstannane
Tributylfluorostannane
Tin, tributylfluoro-
TRI-N-BUTYLTIN FLUORIDE
Fluorotri-n-butyltin
Tri-n-butylstannyl fluoride
Tributylstannane fluoride
Stannane, fluorotributyl-
Tin, tributyl-, fluoride
Caswell No. 867C
Biomet TBTF
NSC 179737
NSC 195319
1L36TLX6O0
ACETO TBTF
EINECS 217-847-9
EPA Pesticide Chemical Code 083112
NSC-179737
NSC-195319
KL-990 (Salt/Mix)
BRN 4125568
UNII-1L36TLX6O0
Amercoat 635 (Salt/Mix)
Sea hawk biotin (Salt/Mix)
FLUORO(TRIBUTYL)STANNANE
Pro-line 1077 (Salt/Mix)
DTXSID1032480
Vin clad super vinge (Salt/Mix)
Tin, tributylfluoro
Trinbutyltin fluoride
Tributylfluoro stannane
Stannane, fluorotributyl
Stannane, tributylfluoro
Trinbutylstannyl fluoride
Tin, tributyl, fluoride
DTXCID9012480
Stannane, tributylfluoro-(8CI)
Stannane, tributylfluoro-(8CI)(9CI)
217-847-9
dfnprtkvcgzmmc-uhfffaoysa-m
tri-buthyltin fluoride
un3146
tributyl(fluoro)stannane
27615-98-1
Tin, fluoride
TRIBUTYLTIN FLUORIDE POLYMER
WLN: F-SN-4&4&4
Bu3SnF
tributyl(fluoranyl)stannane
tributylstannanylium;fluoride
MFCD00013547
NSC179737
NSC195319
AKOS004903714
DB-044999
D95274
A813974
Q27252558
Solubility of Tributyl(fluoro)stannane
Tributyl(fluoro)stannane, with the chemical formula Bu3SnF, exhibits specific solubility characteristics that are important for its applications in various chemical processes. The compound is known to be:
When considering its use in applications such as reagent chemistry or synthesis, it is crucial to understand these solubility properties. They influence not only the reactivity of the compound but also its handling and safety measures during experiments. As noted in various studies, "Understanding solubility is key to optimizing reaction conditions." Therefore, adequate precautions should be taken when mixing tributyl(fluoro)stannane with solvents to ensure effective and safe chemical processes.