| Product Number | 8169-3-40 |
| Synonyms | 1,1,2,2,3,3,4,4,4-Nonafluoro-N,N-bis(2-hydroxyethyl)butane-1-sulfonamide |
| Purity | 95 % |
| CAS | 34455-00-0 |
| MDL Number | MFCD32632476 |
| Molecular Formula | C8H10F9NO4S |
| Molecular Weight | 387.22 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| 100 mg | 95 | In Stock | |
| 500 mg | 295 | In Stock | |
| 1 g | 495 | In Stock | |
| 5 g | 995 | In Stock | |
| Bulk | Contact for Price | Contact for Availability |
PN: 8167-3-00
CAS: 34449-89-3
Molecule Weight: 371.22
Formula: C8H10F9NO3S
PN: 8169-3-40
CAS: 34455-00-0
Molecule Weight: 387.22
Formula: C8H10F9NO4S
PN: 8169-3-41
CAS: 34454-97-2
Molecule Weight: 357.19
Formula: C7H8F9NO3S
PN: 8169-3-42
CAS: 34454-99-4
Molecule Weight: 343.16
Formula: C6H6F9NO3S
![N-Methyl-N-[(perfluorobutyl)sulfonyl] glycine](data:image/png;base64,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)
PN: 8167-3-02
CAS: 159381-10-9
Molecule Weight: 371.17
Formula: C7H6F9NO4S
PN: 8169-3-15
CAS: 34455-03-3
Molecule Weight: 471.23
Formula: C10H10F13NO3S
PN: 8169-3-58
CAS: 68555-75-9
Molecule Weight: 457.21
Formula: C9H8F13NO3S
PN: 8169-3-X0
CAS: 1691-99-2
Molecule Weight: 571.25
Formula: C12H10F17NO3S
Hazard Statement: H302-H315-H319-H335
TSCA: Listed on TSCA inventory
HTN: 2935.90.9500