Directly applied JS waterproof coating is a waterborne,environmentally friendly, direct-applied waterproof coating. Traditional JS coatings are all two-component products; certain proportion of cement would be needed when being used.However, this requirement adds to the trouble of constructing and the probability that the workers are not able to get the proportion right,so that the qualified products won’t be able be satisfied the waterproof standard due to negligence during the actual construction. By contrast, this sort of problems don’t exist when it comes to single-component products, because they can be applied directly without any other steps and have met the national standard of the JS TYPE2,making it a revolutionary product.Compared with XX (brand) JS TYPE2 waterproof coating,which enjoys great popularity on the market, our products are of the same quality, but are more competitive in price,convenience and other aspects.The fo1lowing chart shows clearly the comparison between the national standards and our products,and that our products not only contribute greatly to efficiency, but also surpass the national standards in matters of quality and performance.
Product Features 产品特点
The water tight waterproof coating adopts a brand new formula, and all raw materials are made of water-resistant materials that meet environmental protection requirements. It has the advantages of easy opening and brushing, simple construction, time-saving and labor-saving, environmental protection, long-term water resistance, aging resistance, high coating rate, combination of rigidity and flexibility, and pure color. It is an ideal direct coating waterproof coating.
Product scope of application 产品适用范围
Waterproof and moisture-proof measures for kitchen and bathroom areas, roofs, interior and exterior walls, drinking water tanks, fire water tanks, basements, tunnels, factory buildings, etc., as well as repair and waterproofing of cracks in gutters and nodes that are difficult to solve with waterproofing membranes on the upstream and downstream surfaces.
