![Bis[perfluoro(1,1-dimethylbutyl)]mercury](data:image/png;base64,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)
| Product Number | 9180-2-X0 |
| CAS | 120674-92-2 |
| MDL Number | MFCD01075250 |
| Molecular Formula | C12F26Hg |
| Molecular Weight | 838.682 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
Melting Point: 178-180 ℃
TSCA: Not listed on TSCA inventory