| Product Number | 4637-1-4A |
| Purity | 96 % |
| CAS | 52798-00-2 |
| MDL Number | MFCD04038679 |
| Molecular Formula | C10H9NO2 |
| Molecular Weight | 175.187 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 4637-1-4A
CAS: 52798-00-2
Molecule Weight: 175.187
Formula: C10H9NO2
PN: 2723-1-0R
CAS: 53088-69-0
Molecule Weight: 164.204
Formula: C10H12O2
PN: 4637-1-3D
CAS: 52798-01-3
Molecule Weight: 175.187
Formula: C10H9NO2
PN: 2723-1-00
CAS: 105337-18-6
Molecule Weight: 192.258
Formula: C12H16O2
PN: 4637-3-Q4
CAS: 519059-11-1
Molecule Weight: 179.15
Formula: C9H6FNO2
PN: 2729-1-0H
CAS: 64360-47-0
Molecule Weight: 180.203
Formula: C10H12O3
![Methyl 2-[3-(aminomethyl)phenyl]acetate hydrochloride](data:image/png;base64,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)
PN: 4658-5-0W
CAS: 197792-60-2
Molecule Weight: 215.68
Formula: C10H14ClNO2
TSCA: Not listed on TSCA inventory
