| Sulfolane Anhydrous | Beijing Entrepreneur Science &Trading Co., Ltd. | Sulfolane is a colorless and tasteless solid at room temperature, melted at 27.8℃. Most industrial products are colorless and light yellow liquid. Sulfolane has high solubility property and selectivity. It is soluble in water and easily soluble in aromati...voir plus Sulfolane is a colorless and tasteless solid at room temperature, melted at 27.8℃. Most industrial products are colorless and light yellow liquid. Sulfolane has high solubility property and selectivity. It is soluble in water and easily soluble in aromatics and alcohol, but has little solubility in paraffin and olefin hydrocarbon. Sulfolane has high stability with hot acid and alkali. It doesn’t react with acid, alkali, sulfur, oralcohol at room temperature, and also doesn’t decompose and polymerize. When the temperature is higher than 240℃, the sulfolane will decompose SO2. Sulfolane has stable chemical property, it will not appear polyreaction and decomposition under common condition with the existence of acid and alkali. voir moins | |
| Sulfolane Aqueous | Beijing Entrepreneur Science &Trading Co., Ltd. | Sulfolane is a colorless and tasteless solid at room temperature, melted at 27.8℃. Most industrial products are colorless and light yellow liquid. Sulfolane has high solubility property and selectivity. It is soluble in water and easily soluble in aromati...voir plus Sulfolane is a colorless and tasteless solid at room temperature, melted at 27.8℃. Most industrial products are colorless and light yellow liquid. Sulfolane has high solubility property and selectivity. It is soluble in water and easily soluble in aromatics and alcohol, but has little solubility in paraffin and olefin hydrocarbon. Sulfolane has high stability with hot acid and alkali. It doesn’t react with acid, alkali, sulfur, oralcohol at room temperature, and also doesn’t decompose and polymerize. When the temperature is higher than 240℃, the sulfolane will decompose SO2. Sulfolane has stable chemical property, it will not appear polyreaction and decomposition under common condition with the existence of acid and alkali. voir moins |
