NANO-HYBRID CONCRETE CHEMICAL ADMIXTURE FOR CHLORIDE INVASION RESISTANCE CONSISTING OF LAYERED DOUBLE HYDROXIDE/POLYURETHANE COPOLYMER

NANO-HYBRID CONCRETE CHEMICAL ADMIXTURE FOR CHLORIDE INVASION RESISTANCE CONSISTING OF LAYERED DOUBLE HYDROXIDE/POLYURETHANE COPOLYMER

Abstract of the disclosureNano-hybrid Concrete Chemical Admixture for chloride invasion resistance consisting of Layered Double Hydroxide/Polyurethane copolymerThe present invention relates to a chloride penetration resistant nano-hybrid concrete chemical admixture comprising layered double hydroxid...

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Hauptverfasser: CHA, CHEOL YONG, HWANG, SUNG HOON, PARK, KWANG YOUNG, JANG, MYUNG WOOK, CHOI, YOUNG KOOK
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creator CHA, CHEOL YONG
HWANG, SUNG HOON
PARK, KWANG YOUNG
JANG, MYUNG WOOK
CHOI, YOUNG KOOK
description Abstract of the disclosureNano-hybrid Concrete Chemical Admixture for chloride invasion resistance consisting of Layered Double Hydroxide/Polyurethane copolymerThe present invention relates to a chloride penetration resistant nano-hybrid concrete chemical admixture comprising layered double hydroxide and polyurethane copolymer. More specifically, nano-hybrid concrete chemical admixture obtained by combining the two compounds at a nano-scale, the layered double hydroxide which exhibits resistance to chloride penetration, and polyurethane copolymer which entails an excellent water reducing ability, durability and workability. In addition, the inorganic/organic hybrid material described herein exhibits high water reducing ability, improved resistance to chloride penetration, and thus can be used as chloride penetration resistant concrete chemical admixture for marine concretes. Figure 1
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title NANO-HYBRID CONCRETE CHEMICAL ADMIXTURE FOR CHLORIDE INVASION RESISTANCE CONSISTING OF LAYERED DOUBLE HYDROXIDE/POLYURETHANE COPOLYMER
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