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)
| Product Number | 3H32-1-F7 |
| Synonyms | N,N-Dimethyl-3-(piperazin-1-yl)propylamine |
| Purity | 97 % |
| CAS | 877-96-3 |
| MDL Number | MFCD00082601 |
| Molecular Formula | C9H21N3 |
| Molecular Weight | 171.288 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 3H32-1-P9
CAS: 22764-55-2
Molecule Weight: 199.342
Formula: C11H25N3
PN: 3H32-1-F7
CAS: 877-96-3
Molecule Weight: 171.288
Formula: C9H21N3
PN: 3H32-1-P6
CAS: 827614-51-7
Molecule Weight: 227.396
Formula: C13H29N3
PN: 3H30-5-4Q
CAS: 1980033-88-2
Molecule Weight: 273.25
Formula: C10H26Cl2N4
PN: 3H30-5-9S
CAS: 52198-67-1
Molecule Weight: 252.61
Formula: C7H20Cl3N3
PN: 3H30-1-Z1
CAS: 4572-03-6
Molecule Weight: 157.261
Formula: C8H19N3
PN: 3H30-1-H5
CAS: 7209-38-3
Molecule Weight: 200.33
Formula: C10H24N4
PN: 3H30-1-53
CAS: 39270-45-6
Molecule Weight: 157.261
Formula: C8H19N3
Boiling Point: 88-90 ℃
Refractive Index: 1.48
Density: 0.92
TSCA: Not listed on TSCA inventory