Surface protection / Salt damage B method inorganic concrete penetrating modifier (concentrated type)
The penetrating concrete surface protector 'RC Gardex PROTECT' is a surface protector primarily composed of alkali silicate that penetrates the concrete surface, reacts with calcium ions in the concrete, and generates calcium silicate and other compounds within the concrete's pores, making the concrete surface hard and dense. This results in features such as 'improved abrasion resistance, durability, and waterproofing,' 'prevention of hairline cracks,' 'dust prevention and reduced maintenance effort,' 'stain resistance,' 'cost-effectiveness,' and 'safety' (while waterproofing is improved, it is not a waterproofing material). The surface protector is excellent for protecting concrete (extending its lifespan), making it ideal for concrete structures that will be used for a long time. The concrete will appear wet after application. For more details, please contact us or refer to the catalog.
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【Features】 ○ Improved wear resistance, durability, and waterproofing ○ Prevention of hairline cracks ○ Dust prevention and reduced maintenance effort ○ Stain resistance ○ Cost-effectiveness ○ Safety ○ New Technology by the Ministry of Land, Infrastructure, Transport and Tourism (NETIS) KT-060075-V "Technology for Promotion of Utilization in FY 2011" designation ● For more details, please contact us or refer to the catalog.
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Japan's structural body treatment focuses on the inorganic materials inherent in concrete and has developed the "Inorganic Penetrating Concrete Modifier RC Gardex Series," which incorporates a unique functional catalyst. This product is an odorless, water-based inorganic surface impregnation material, resulting in minimal environmental impact and effects on human health. Focusing on "products that are friendly to structures and the environment," it not only applies to new concrete but also offers a new approach to extending the lifespan, enhancing durability, and protecting against various deterioration factors for existing concrete. We will continue to actively engage in the development of new products and aim to play a pioneering role in the field of surface impregnation materials and inorganic penetrating modifiers.