| Product Number | 2H12-1-13 |
| CAS | 2240-27-9 |
| MDL Number | MFCD00151164 |
| Molecular Formula | C30H52O26 |
| Molecular Weight | 828.72 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 2H12-1-23
CAS: 198965-05-8
Molecule Weight: 258.27
Formula: C12H18O6
PN: 2H12-1-26
CAS: 110638-68-1
Molecule Weight: 790.684
Formula: C24H46CaO26
PN: 2H21-1-1H
CAS: 68539-16-2
Molecule Weight: 292.284
Formula: C12H20O8
![3,5-Bis(hexanoyloxy)-2-[(hexanoyloxy)methyl]-6-methoxytetrahydro-2H-pyran-4-yl hexanoate](data:image/png;base64,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)
PN: 2H23-1-34
CAS: 905829-37-0
Molecule Weight: 586.763
Formula: C31H54O10
Melting Point: 268 ℃
TSCA: Not listed on TSCA inventory
