| Product Number | 2915-1-05 |
| Synonyms | 3-(4-Formylphenoxy)prop-1-yne |
| Purity | 99 % |
| CAS | 5651-86-5 |
| MDL Number | MFCD01088150 |
| Molecular Formula | C10H8O2 |
| Molecular Weight | 160.172 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 2915-1-05
CAS: 5651-86-5
Molecule Weight: 160.172
Formula: C10H8O2
![1-[4-(Prop-2-yn-1-yloxy)phenyl]ethan-1-one](data:image/png;base64,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)
PN: 2617-1-0N
CAS: 34264-14-7
Molecule Weight: 174.199
Formula: C11H10O2
PN: 2615-1-0Y
CAS: 22042-73-5
Molecule Weight: 166.176
Formula: C9H10O3
Melting Point: 85-86 ℃
TSCA: Not listed on TSCA inventory
