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Synthesis technique optimization of diamines cation asphalt emulsifier
The invention relates to an optimum reaction technology of novel asphalt emulsifier synthesized by using rosin, chloropropylene oxide and beta-hydroxyethyl ethylenediamine. According to the invention, CMC value of a target product is 4.26*10<-4>mol/L, value is less; surface tension under critical micelle concentration is 29.11mN/m. The synthesized emulsifier is the quick-breaking asphalt emulsifier, and can be used for a bonding layer, a fog sealing layer and solvent-free cold mixing, and can be used for recovery and utilization of asphalt, and stabilization of a bituminous paving base layer.
Synthesis technique optimization of diamines cation asphalt emulsifier
The invention relates to an optimum reaction technology of novel asphalt emulsifier synthesized by using rosin, chloropropylene oxide and beta-hydroxyethyl ethylenediamine. According to the invention, CMC value of a target product is 4.26*10<-4>mol/L, value is less; surface tension under critical micelle concentration is 29.11mN/m. The synthesized emulsifier is the quick-breaking asphalt emulsifier, and can be used for a bonding layer, a fog sealing layer and solvent-free cold mixing, and can be used for recovery and utilization of asphalt, and stabilization of a bituminous paving base layer.
Synthesis technique optimization of diamines cation asphalt emulsifier
SHAO XINGHONG (author)
2015-06-10
Patent
Electronic Resource
English
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