MIKUR ADDEX™

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PCE-300L is a high-performance liquid polycarboxylate water reducer providing high water reduction, excellent workability and flowability. It offers rapid plasticizing action, good stability and strong cement adaptability, making it suitable for wet-mix, pumping, fresh and reinforced concrete.

SM430 is an economical melamine superplasticizer powder offering good water reduction, fast plasticizing action and low air entrainment, with good material compatibility and cost efficiency.

PCE570T is a high-performance PCE water reducer in tablet form, combining high water reduction with easy handling, dissolution, storage and transportation. It provides excellent dispersion and good slump retention, making it suitable for ready-mix and high-performance concrete.

PCE1701 – Highly adaptable PCE water reducer designed for versatile use, offering excellent dispersion, broad formula compatibility, and reliable performance in mortar and concrete applications.

Choose PPTF for Crack Bridging. PPTF is suitable when crack bridging, toughness and post-crack performance are important. The correct choice should always be based on the actual concrete application and required performance.

Choose PPSF for Distributed Crack Control. PPSF is suitable when the project requires stronger distributed reinforcement and crack-control performance.

Choose PPMF for Early-Age Crack Control. PPMF is suitable when the primary requirement is controlling plastic shrinkage and microcracks.

PCE560 provides high water reduction, excellent flowability, fast dispersion, and broad compatibility for dry-mix mortar and concrete applications.

PCE570T combines high water reduction with a convenient tablet form, offering easy handling, easy dissolution, efficient storage and transportation, excellent dispersion, and good slump retention for ready-mix and high-performance concrete.

PCE860 delivers high water reduction, fast plasticizing performance, and excellent compatibility with gypsum-based materials, while also providing good adaptability in cement-based systems.

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