| Product Number | 2324-3-2D |
| Synonyms | 1,1,1,3,4,4,4-Heptafluoro-3-(1,1,2,2,3,3,3-heptafluoropropoxy)-2-(trifluoromethyl)butan-2-yl prop-2-enoate |
| CAS | 1622868-66-9 |
| MDL Number | MFCD30062810 |
| Molecular Formula | C11H3F17O3 |
| Molecular Weight | 506.115 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 2324-3-2D
CAS: 1622868-66-9
Molecule Weight: 506.115
Formula: C11H3F17O3
PN: 2324-3-B3
CAS: 30862-04-5
Molecule Weight: 384.145
Formula: C10H7F11O3
![[1H,1H-Perfluoro(2,5-dimethyl-3,6-dioxanonanoyl)] acrylate](data:image/png;base64,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)
PN: 2324-3-98
CAS: 17559-01-2
Molecule Weight: 536.141
Formula: C12H5F17O4
PN: 2324-3-A5
CAS: 767329-84-0
Molecule Weight: 470.134
Formula: C11H5F15O3
PN: 2107-3-99
CAS: 1980008-22-7
Molecule Weight: 452.067
Formula: C8HF17O2
PN: 2126-2-09
CAS: 83935-40-4
Molecule Weight: 642.092
Formula: C12F22O5
TSCA: Not listed on TSCA inventory