| Product Number | 2701-5-0N |
| Synonyms | (2,4-Dichloro-5-methylphenyl)methanol |
| Purity | 97 % |
| CAS | 90003-53-5 |
| MDL Number | MFCD28786860 |
| Molecular Formula | C8H8Cl2O |
| Molecular Weight | 191.05 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 2701-5-0N
CAS: 90003-53-5
Molecule Weight: 191.05
Formula: C8H8Cl2O
PN: 2701-5-0B
CAS: 1378814-84-6
Molecule Weight: 191.05
Formula: C8H8Cl2O
PN: 2701-5-0L
CAS: 89981-57-7
Molecule Weight: 156.61
Formula: C8H9ClO
PN: 2701-5-0G
CAS: 61563-27-7
Molecule Weight: 156.61
Formula: C8H9ClO
![O-[(2,4-Dichlorophenyl)methyl]hydroxylamine hydrochloride](data:image/png;base64,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)
PN: 4647-5-0E
CAS: 51572-93-1
Molecule Weight: 228.5
Formula: C7H8Cl3NO
TSCA: Not listed on TSCA inventory
