| Product Number | 4H48-1-14 |
| Synonyms | 1-[4-(Prop-2-enoyl)piperazin-1-yl]prop-2-en-1-one; 1,4-Bis(acryloyl)piperazine; 1,4-Di(acryloyl)piperazine; N,N'-Bis(acryloyl)piperazine; BAP; PDA; Piperazine diacrylamide |
| Purity | 95 % |
| CAS | 6342-17-2 |
| MDL Number | MFCD00077661 |
| Molecular Formula | C10H14N2O2 |
| Molecular Weight | 194.234 |
| Units | Price (USD) | Availability | ||
|---|---|---|---|---|
| 5 g | $ 125 | In Stock | ||
| 25 g | $ 295 | Contact for Availability | ||
| Bulk | Contact for Price | Contact for Availability | ||
| *Items available from stock in the UK ship from Florida in 3 to 5 business days | ||||
![2-Amino-1-[4-(prop-2-en-1-yl)piperazin-1-yl]ethan-1-one dihydrochloride](data:image/png;base64,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)
PN: 4H58-5-17
CAS: 705944-29-2
Molecule Weight: 256.17
Formula: C9H19Cl2N3O
PN: 4H48-1-EM
CAS: 148716-35-2
Molecule Weight: 171.244
Formula: C8H17N3O
PN: 4H58-5-16
CAS: 146788-11-6
Molecule Weight: 230.13
Formula: C7H17Cl2N3O
PN: 4H56-1-3M
CAS: 76816-54-1
Molecule Weight: 142.202
Formula: C7H14N2O
PN: 4H58-5-23
CAS: 166187-00-4
Molecule Weight: 244.16
Formula: C8H19Cl2N3O
PN: 4H48-5-C5
CAS: 76535-77-8
Molecule Weight: 178.66
Formula: C7H15ClN2O
Melting Point: 91.5-93.5 ℃
Hazard Statement: H315-H319-H335
TSCA: Not listed on TSCA inventory
EINECS: 613-215-5
