Water-based single-component ceramic paint adopted in many famous buildings and commercial facilities. "When applied to concrete, it does not need repainting for over 20 years."
The MSA-1000 series ceramic coating agent is a weather-resistant color paint for concrete and various substrate surfaces, made by adding inorganic pigments to water-based ceramic paint. It cures at room temperature and is non-combustible, making it safe to use. Since the main component is inorganic, it finishes with a matte, natural texture. Additionally, the coating is hard, making it resistant to marks even when subjected to loads after painting, and due to its porous film, it can be applied to concrete that still retains moisture. 【Features】 ○ Water-based single-component paint ○ Long-term weather resistance (there are examples of not needing repainting for 30 years) ○ Can be color-matched to your desired shade using inorganic pigments ○ Safe paint that does not contain VOCs *Apply our MC Primer for substrate preparation. For more details, please contact us or download the catalog.
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basic information
MSA-1000G ◯Appearance: Various colors ◯Main components: Silica, Alumina, Inorganic pigments ◯Viscosity (mPa·s): 200 ◯Diluent: Water ◯Heating residue (%): 70 ◯Specific gravity: 1.8 ◯pH: 11.5 MC Primer ◯Appearance: Light yellow dispersion ◯Main components: Epoxy resin, Silica ◯Viscosity (mPa·s): 70 ◯Heating residue (%): 35 ◯Specific gravity: 1.1 ◯Viscosity: 70 ◯pH: 11.0 ● For more details, please contact us or download the catalog.
Price information
2000 to 4000 yen per kg. Please contact us.
Delivery Time
※Please contact us.
Applications/Examples of results
<Kabukiza> The Kabukiza in Ginza, a hall of Kabuki registered as a UNESCO Intangible Cultural Heritage, underwent reconstruction due to issues such as aging and seismic performance. During this process, emphasis was placed on preserving the design of the fourth-generation building. To address the challenge of how to recreate the wall color that remains in the hearts of many fans, a method was adopted that involved applying a paint called 'MSA-1000,' made from natural minerals, to concrete, achieving a soft luster similar to that of plaster. <Jissen Women's University> The new Shibuya campus of Jissen Women's University, characterized by its white, simple, and urban impression, was built to commemorate the 120th anniversary of the school's founding. During its construction, concerns arose regarding the potential peeling of the paint film due to moisture evaporation from the concrete and load marks during transportation, given the short construction period and the brief curing time for precast concrete (PC). However, these concerns were alleviated by using the water-based topcoat ceramic paint 'MSA-1000,' which is particularly excellent in "breathability" among ceramic paints known for their hard film characteristics.
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Company information
Things we value to ensure your peace of mind ◆World-class technology The coating made with "Ceramica" consists of over 95% inorganic compounds. This technology is utilized not only in Japan but also across various fields worldwide. ◆Low pollution Ceramic-based paints rarely pollute the air or water during application. Additionally, the ceramic film is non-combustible, so there is no generation of harmful gases. ◆Custom-made product development We conduct detailed discussions to realize our customers' wishes as much as possible, engaging in custom-made product development and adjustments to the final color. <Features> ○ Protects buildings and contributes to improved durability ○ After coating, it becomes difficult for dirt to adhere ○ Rust prevention for metal parts ○ Strong resistance to UV rays, preventing fading and discoloration, enhancing weather resistance ○ Prevents the growth of mold and algae, maintaining antibacterial properties ○ Deodorizes tobacco odors, pet odors, and formaldehyde odors generated by building materials and furniture ○ Regulates humidity to prevent condensation caused by temperature and humidity differences inside and outside the building ○ Enhances heat radiation performance inside the building, improving heating and cooling efficiency and saving energy ○ Improves fire resistance by protecting the surface of materials