| Product Number | 3H32-1-K7 |
| Synonyms | 4-Methyl-2-(piperazin-1-yl)pyridine |
| Purity | 97 % |
| CAS | 34803-67-3 |
| MDL Number | MFCD03412118 |
| Molecular Formula | C10H15N3 |
| Molecular Weight | 177.251 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 3H32-1-K7
CAS: 34803-67-3
Molecule Weight: 177.251
Formula: C10H15N3
PN: 3H37-1-4L
CAS: 1016501-27-1
Molecule Weight: 202.261
Formula: C11H14N4
![1-[4-(Trifluoromethyl)pyridin-2-yl]piperazine](data:image/png;base64,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)
PN: 3H31-3-1P
CAS: 118708-88-6
Molecule Weight: 231.222
Formula: C10H12F3N3
PN: 3H32-1-81
CAS: 64728-49-0
Molecule Weight: 240.31
Formula: C14H16N4
PN: 3H30-1-WT
CAS: 529516-33-4
Molecule Weight: 178.239
Formula: C9H14N4
PN: 4H21-1-25
CAS: 914637-26-6
Molecule Weight: 207.233
Formula: C10H13N3O2
PN: 3H32-1-LU
CAS: 104395-86-0
Molecule Weight: 177.251
Formula: C10H15N3
Boiling Point: 114-116 ℃
TSCA: Not listed on TSCA inventory
