![2-[N-(4-Aminophenyl)amino]-4,6-dimethylpyrimidine](data:image/png;base64,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)
| Product Number | 3H31-1-P1 |
| Synonyms | 2-[(4-Aminophenyl)amino]-4,6-dimethylpyrimidine; N1-(4,6-Dimethylpyrimidin-2-yl)phenylene-1,4-diamine |
| Purity | 95.0 % |
| CAS | 81261-93-0 |
| MDL Number | MFCD00202977 |
| Molecular Formula | C12H14N4 |
| Molecular Weight | 214.272 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
Melting Point: 133-135 ℃
Hazard Statement: H302-H315-H319-H335
TSCA: Not listed on TSCA inventory