| Product Number | 2218-1-0K |
| Purity | 95 % |
| CAS | 23391-99-3 |
| MDL Number | MFCD00210694 |
| Molecular Formula | C12H18O2 |
| Molecular Weight | 194.274 |
| Units | Price (USD) | Availability |
|---|
PN: 2217-1-14
CAS: 123018-62-2
Molecule Weight: 182.307
Formula: C12H22O
Melting Point: 118-119 ℃
TSCA: Not listed on TSCA inventory
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)
