| Product Number | 4H15-1-AG |
| Purity | 95 % |
| CAS | 876710-70-2 |
| MDL Number | MFCD07186368 |
| Molecular Formula | C12H15NO |
| Molecular Weight | 189.258 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 4H15-1-AG
CAS: 876710-70-2
Molecule Weight: 189.258
Formula: C12H15NO
PN: 4H15-1-W3
CAS: 60082-02-2
Molecule Weight: 161.204
Formula: C10H11NO
PN: 4H56-1-M6
CAS: 380922-37-2
Molecule Weight: 177.203
Formula: C10H11NO2
![1-Methyl-5-[(methylamino)methyl]indoline](data:image/png;base64,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)
PN: 3H32-1-L5
CAS: 906352-81-6
Molecule Weight: 176.263
Formula: C11H16N2
PN: 4H21-5-3C
CAS: 1171876-52-0
Molecule Weight: 199.63
Formula: C9H10ClNO2
TSCA: Not listed on TSCA inventory
