| Product Number | 3H30-5-76 |
| CAS | 1187582-53-1 |
| MDL Number | MFCD11035762 |
| Molecular Formula | C7H18Cl2N2 |
| Molecular Weight | 201.14 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 3H30-5-76
CAS: 1187582-53-1
Molecule Weight: 201.14
Formula: C7H18Cl2N2
PN: P911-A-66
CAS: 7149-42-0
Molecule Weight: 128.219
Formula: C7H16N2
![4-[(Dimethylamino)methyl]-1-methylpiperidine dihydrochloride](data:image/png;base64,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)
PN: 3H32-5-3H
CAS: 1170171-39-7
Molecule Weight: 229.19
Formula: C9H22Cl2N2
PN: 3H30-1-VQ
CAS: 21168-71-8
Molecule Weight: 142.246
Formula: C8H18N2
![Methyl[(1-methylpiperidin-4-yl)methyl]amine](data:image/png;base64,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)
PN: 3H31-1-23
CAS: 405928-19-0
Molecule Weight: 142.246
Formula: C8H18N2
![7-Methyl-2,7-diazaspiro[3.5]nonane dihydrochloride](data:image/png;base64,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)
PN: 3H33-5-1K
CAS: 1588441-26-2
Molecule Weight: 213.15
Formula: C8H18Cl2N2
PN: 3H30-1-NC
CAS: 65017-57-4
Molecule Weight: 170.3
Formula: C10H22N2
![7-Methyl-2,7-diazaspiro[3.5]nonane](data:image/png;base64,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)
PN: 3H31-1-8A
CAS: 135380-50-6
Molecule Weight: 140.23
Formula: C8H16N2
TSCA: Not listed on TSCA inventory