高流動コンクリート用分離低減剤としての水溶性高分子の開発

書誌事項

タイトル別名
  • DEVELOPMENT OF THE SUITABLE WATER-SOLUBLE POLYMERS AS SEGREGATION CONTROLLING ADMIXTURE OF HIGH-FLUIDITY CONCRETE
  • コウ リュウドウ コンクリートヨウ ブンリ テイゲンザイ トシテノ スイヨウセ

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抄録

In a study using seven water-soluble polymers (two cellulosic polymers, three synthetic resins, and two natural gums), a nonionic cellulose ether was found to be the most suitable polymer as segregation controlling admixture for high-fluidity concrete. The evaluation was carried out by measuring the viscosity of cement paste, the deformability and resistance to material segregation of cement mortar. In addition, the concrete containing the nonionic cellulose ether had a superior fluidity and high resistance to material segregation, and its durability (shrinkage, freeze-thaw resistance and neutralization) was equivalent to that of ordinary concrete with the same water cement ratio.

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