| Product Number | 4737-1-27 |
| Purity | 99 % |
| CAS | 22442-48-4 |
| MDL Number | MFCD00016404 |
| Molecular Formula | C10H11NO |
| Molecular Weight | 161.204 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4737-1-27
CAS: 22442-48-4
Molecule Weight: 161.204
Formula: C10H11NO
![2-[(4-Methoxyphenyl)methyl]propanedinitrile](data:image/png;base64,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)
PN: 4637-1-0Z
CAS: 5553-92-4
Molecule Weight: 186.214
Formula: C11H10N2O
PN: 4637-1-X2
CAS: 17362-17-3
Molecule Weight: 147.177
Formula: C9H9NO
PN: 4737-1-33
CAS: 488152-08-5
Molecule Weight: 176.219
Formula: C10H12N2O
PN: 4637-1-V3
CAS: 3672-47-7
Molecule Weight: 175.187
Formula: C10H9NO2
PN: 2707-1-0A
CAS: 4030-17-5
Molecule Weight: 148.205
Formula: C10H12O
PN: 4H30-1-9Q
CAS: 36397-23-6
Molecule Weight: 165.236
Formula: C10H15NO
PN: 2607-1-30
CAS: 5406-18-8
Molecule Weight: 166.22
Formula: C10H14O2
Boiling Point: 105 ℃
Density: 1.05
TSCA: Not listed on TSCA inventory