| CAS No.: | 95481-62-2 |
|---|---|
| Formula: | CH3ooc(CH2)Ncooch3 |
| Appearance: | Oily Liquid |
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Item
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Specification
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Appearance
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Colorless transparent liquid
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Content(GC)%
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98.5 min
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Acid Value(mg KOH/g)
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0.2 max
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Color(APHA)
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15 max
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Moisture%
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0.1 max
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Density 20ºC g/mL
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1.080-1.096
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Distillation Range ºC
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195-230
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As a multifunctional organic compound, divalent ester has a wide range of functions and applications. The following are the main roles and uses of divalent esters: As a solvent: Divalent esters can be used as organic solvents to dissolve some compounds that are not easily soluble in water. Participation in organic synthesis reactions: bivalent esters can participate in a variety of organic synthesis reactions such as esterification reactions and addition reactions, and act as reaction intermediates in these reactions. Used as a catalyst: the bivalent acid ester can catalyze the esterification reaction, alcohol acidification reaction and other organic reactions. As a stabilizer: Bivalent esters can prevent the decomposition of reaction intermediates or the occurrence of adverse reactions, for example, in the synthesis of polymer compounds to play a stabilizing role 7. For coatings and paints: Divalent esters can improve the adhesion and weather resistance of coatings and paints
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