A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
DISPERGIERMITTEL ZUR VERKÜRZUNG DER MISCHZEITEN VON MINERALISCHEN BINDEMITTELSYSTEMEN
Methods of using a comb polymer K for reducing the mixing time of a mineral binder composition with water, where the comb polymer K has a polymer backbone and side chains, and the comb polymer K includes at least one monomeric unit M1, including acid groups, and at least one monomeric unit M2, including side chains, the monomeric units M1 and M2 being arranged in a non-statistical sequence along the polymer backbone.
DISPERGIERMITTEL ZUR VERKÜRZUNG DER MISCHZEITEN VON MINERALISCHEN BINDEMITTELSYSTEMEN
Methods of using a comb polymer K for reducing the mixing time of a mineral binder composition with water, where the comb polymer K has a polymer backbone and side chains, and the comb polymer K includes at least one monomeric unit M1, including acid groups, and at least one monomeric unit M2, including side chains, the monomeric units M1 and M2 being arranged in a non-statistical sequence along the polymer backbone.
DISPERGIERMITTEL ZUR VERKÜRZUNG DER MISCHZEITEN VON MINERALISCHEN BINDEMITTELSYSTEMEN
DISPERSANT FOR REDUCING THE MIXING TIMES OF MINERAL BINDER SYSTEMS
AGENT DISPERSANT SERVANT À RÉDUIRE LES TEMPS DE MÉLANGE DE SYSTÈMES À BASE DE LIANTS MINÉRAUX
JÜRG WEIDMANN (author) / JÖRG ZIMMERMANN (author) / FABIA ULBER (author)
2020-12-02
Patent
Electronic Resource
German
IPC:
C04B
Kalk
,
LIME
DISPERGIERMITTEL ZUR VERKÜRZUNG DER MISCHZEITEN VON MINERALISCHEN BINDEMITTELSYSTEMEN
| European Patent Office | 2019
Differential-Mikrokalorimetrie von Bindemittelsystemen
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