Can be applied in wet surfaces and high humidity, easy to install, reducing construction time.
▼Overview The Zickboard T method involves applying an inorganic mortar to a concrete structure or after cross-section repair, and immediately pressing the Zickboard onto it to achieve full adhesion with the concrete structure. This method eliminates the need for support materials and allows for a shortened construction period. ▼Features - The joints of the Zickboard T method are constructed with FRP molded products installed with a corrosion-resistant sealing material, creating a double structure that provides durability to prevent damage at the joint areas. - The inorganic mortar used for adhering the Zickboard can bond to wet surfaces of the concrete substrate, making it suitable for construction in high humidity environments.
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Concrete facility components that are subjected to harsh erosion in environments such as wastewater treatment plants, sewage treatment facilities, agricultural community drainage facilities, pumping facilities, and industrial wastewater treatment facilities, where maintenance-free operation is required.
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Japan Sewerage Corporation "Manual on Corrosion Control Technology and Anti-Corrosion Technology for Sewer Concrete Structures" conforms to the quality standards for Type D of the post-applied sheet lining method for molded products.
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Nihon Jikkou is a core company of a comprehensive engineering group that contributes to society through the production and sale of various related materials, starting with concrete anti-corrosion construction. Japan is now entering an era of high prevalence of social infrastructure such as water supply and sewage systems, with a vast number of concrete facilities being stockpiled. However, as these facilities age and deteriorate, it has become an urgent issue to systematically and effectively implement repair and maintenance measures to sustain them in the future. Nihon Jikkou and its group companies address these challenges by proposing optimal deterioration prevention measures based on environmental factors and facility characteristics, along with excellent construction techniques, thereby meeting all maintenance and management needs for concrete structures.