| Product Number | 2723-1-42 |
| Synonyms | Ethyl olivetolate; Ethyl 6-pentyl-beta-resorcylate |
| Purity | 97 % |
| CAS | 38862-65-6 |
| MDL Number | MFCD11618127 |
| Molecular Formula | C14H20O4 |
| Molecular Weight | 252.31 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 2723-1-42
CAS: 38862-65-6
Molecule Weight: 252.31
Formula: C14H20O4
PN: 2729-1-21
CAS: 58016-28-7
Molecule Weight: 238.283
Formula: C13H18O4
PN: 2729-1-53
CAS: 2524-37-0
Molecule Weight: 196.202
Formula: C10H12O4
![2-Hydroxy-6-[(10Z)-octadec-10-en-1-yl]benzoic acid](data:image/png;base64,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)
PN: 2929-1-35
CAS: 111047-30-4
Molecule Weight: 388.592
Formula: C25H40O3
Melting Point: 69 ℃
TSCA: Not listed on TSCA inventory