A waterproof and freeze-resistant inorganic hybrid concrete slab waterproofing method!
**Features** The "Crystal Slab Waterproofing Method" is an inorganic hybrid concrete slab waterproofing method composed of a primer made primarily of modified silicate and a topcoat made primarily of colloidal silica, combining waterproofing and freeze-thaw resistance. ■ Waterproofing → Prevents corrosion of concrete slabs due to the water resistance and durability effects unique to inorganic materials. ■ Surface Modification → By modifying the surface to approximately 5mm, it imparts water resistance and freeze-thaw resistance. ■ Freeze-Thaw Resistance → Provides high freeze-thaw resistance through a multi-layer finish of inorganic materials. ■ Non-Combustibility → Unlike conventional products, it forms a non-combustible waterproof layer. ■ Shortened Construction Period → The construction time is short, allowing for a reduction in the overall construction period. It is also adaptable to complex substrate shapes. ■ Safety → The materials used are composed of inorganic substances, ensuring high safety.
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basic information
The crystal floor slab waterproofing method is an inorganic hybrid concrete floor slab waterproofing technique consisting of a primer made primarily of modified silicate and a topcoat made primarily of colloidal silica. The impregnation-type primer penetrates approximately 5mm into the upper surface layer of the concrete slab, achieving densification. Next, by applying a coating-type inorganic polymer topcoat, excellent waterproof performance is exhibited. Both types of materials used are inorganic and water-based, containing no harmful substances and posing no concerns regarding combustion or odor-related disasters, making them environmentally friendly materials. Additionally, construction is limited to application work using rollers or sprayers, which helps shorten the construction period. ● For more details, please download the catalog or contact us.
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Nikko Corporation has switched the raw materials for its paints from petroleum to quartz and is developing inorganic agents centered around its "room temperature enamel coating" technology, expanding into a wide range of markets from electronic components to architectural and civil engineering structures. With the development of civilization and industrial activities, our lives have become richer. However, behind that richness, issues such as the burden on the natural environment, environmental pollution due to industrial waste disposal, and global warming have become problems on a worldwide scale. Nikko believes that "inorganic paints" can reduce the burden on the natural environment, protect people's health and safety, and enable a reduction in life cycle costs, and is committed to product development in this area.