| Product Number | 3H37-1-V8 |
| Synonyms | 2-(1-Piperazino)pyridine-5-carbonitrile |
| Purity | 95 % |
| CAS | 149554-29-0 |
| MDL Number | MFCD00833024 |
| Molecular Formula | C10H12N4 |
| Molecular Weight | 188.234 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 3H37-1-V8
CAS: 149554-29-0
Molecule Weight: 188.234
Formula: C10H12N4
PN: 4H48-1-QE
CAS: 1016799-79-3
Molecule Weight: 230.271
Formula: C12H14N4O
PN: 3H32-1-LU
CAS: 104395-86-0
Molecule Weight: 177.251
Formula: C10H15N3
PN: 3H37-1-Z0
CAS: 683274-59-1
Molecule Weight: 202.261
Formula: C11H14N4
PN: 3H37-1-0M
CAS: 84951-44-0
Molecule Weight: 188.234
Formula: C10H12N4
PN: 3H32-1-88
CAS: 111960-11-3
Molecule Weight: 177.251
Formula: C10H15N3
PN: 3H32-1-NJ
CAS: 1187386-43-1
Molecule Weight: 191.278
Formula: C11H17N3
![1-[5-(Trifluoromethyl)pyrid-2-yl]piperazine](data:image/png;base64,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)
PN: 3H32-3-12
CAS: 132834-58-3
Molecule Weight: 231.222
Formula: C10H12F3N3
Melting Point: 75-78 ℃
TSCA: Not listed on TSCA inventory