| Product Number | 3H30-1-LF |
| Synonyms | Piperidin-3-ylmethanamine |
| Purity | 97 % |
| CAS | 23099-21-0 |
| MDL Number | MFCD03427344 |
| Molecular Formula | C6H14N2 |
| Molecular Weight | 114.192 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 3H30-5-8F
CAS: 1210824-68-2
Molecule Weight: 150.65
Formula: C6H15ClN2
PN: 3H32-1-M3
CAS: 14613-37-7
Molecule Weight: 128.219
Formula: C7H16N2
![[(3S)-1-Methylpiperidin-3-yl]methanamine dihydrochloride](data:image/png;base64,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)
PN: 3H30-5-39
CAS: 1400744-19-5
Molecule Weight: 201.14
Formula: C7H18Cl2N2
![[(3R)-1-Methylpiperidin-3-yl]methanamine dihydrochloride](data:image/png;base64,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)
PN: 3H30-5-R2
CAS: 1400744-18-4
Molecule Weight: 201.14
Formula: C7H18Cl2N2
PN: 3H31-5-26
CAS: 792915-19-6
Molecule Weight: 177.72
Formula: C9H20ClN
TSCA: Not listed on TSCA inventory
