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hydrochloride](data:image/png;base64,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)
| Product Number | 3H31-5-7A |
| CAS | 2187435-44-3 |
| MDL Number | MFCD31536715 |
| Molecular Formula | C9H17ClN2 |
| Molecular Weight | 188.7 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 3H31-5-7A
CAS: 2187435-44-3
Molecule Weight: 188.7
Formula: C9H17ClN2
PN: 3H32-5-67
CAS: 799557-65-6
Molecule Weight: 213.15
Formula: C8H18Cl2N2
PN: 3H32-1-57
CAS: 132800-13-6
Molecule Weight: 140.23
Formula: C8H16N2
PN: 3H31-5-1J
CAS: 1227610-42-5
Molecule Weight: 227.17
Formula: C9H20Cl2N2
PN: 3H31-5-X1
CAS: 128427-06-5
Molecule Weight: 201.14
Formula: C7H18Cl2N2
TSCA: Not listed on TSCA inventory
