It maintains long-term rust prevention and aesthetics with a water-based inorganic zinc-rich coating and weather-resistant finish.
MSA-800Z and SSA-1000 are water-based inorganic anti-corrosion coatings with a completely different anti-corrosion mechanism compared to conventional products. For steel materials, MSA-800Z is used as a primer and SSA-1000 as a topcoat, while for galvanized steel, only SSA-1000 is applied. MSA-800Z is an inorganic zinc-rich paint that offers high anti-corrosion properties and is water-based, making it safe and easy to apply. SSA-1000 exhibits excellent anti-corrosion functionality for zinc due to its porous and hydrophilic nature. Additionally, as a water-based ceramic coating, it can maintain its aesthetic appeal for a long time. 【Features】 - High anti-corrosion functionality from water-based inorganic zinc-rich paint - Long-lasting aesthetic retention from water-based ceramic finish - Short construction period with a maximum of three processes For more details, please contact us or download the catalog.
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basic information
【Specifications】 [MSA-800Z] ○Base material: Steel ○Coating color: Gray ○Appearance A component: Gray powder, B component: Milky liquid ○Main components: Zn, SiO2 ○pH: 11.5 ○Viscosity (mPa·s): 1000 ○Diluent: Water [SSA-1000] ○Base material: Steel or galvanized steel ○Coating color: Various colors ○Appearance: Colored single component ○Main components: SiO2, TiO2, Acrylic ○pH: 11.5 ○Viscosity (mPa·s): 800 ○Diluent: Water ●For more details, please contact us or download the catalog.
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Applications/Examples of results
<Kitakyushu Bridges> The combination of the water-based inorganic zinc-rich paint 'MSA-800Z' (for primer) with excellent "rust prevention performance" and the colored ceramic paint 'SSA-1000' with high "weather resistance" has been adopted for the iron bridges of the trains running in Kitakyushu City. Even after more than 20 years since construction, no repainting has been done, and no rust has occurred. <Power Transmission Towers> As the optimal paint for maintenance of power transmission towers owned by power companies through "robot painting," the combination of the water-based inorganic zinc-rich paint 'MSA-800Z' (for primer) and the colored ceramic paint 'SSA-1000' (for topcoat), both of which have excellent "rust prevention performance" and "weather resistance," and are "water-soluble" and "non-combustible" for both primer and topcoat, has been highly evaluated and adopted. <Tobu Railway> The railway company, which boasts the longest railway line among private railways in the Kanto region, has decorated the track access point with the traditional Japanese color 'Ai-Shiro,' the same as the Tokyo Skytree, requiring workability in a short period and long-term rust prevention effects. Additionally, considering the frequent work in residential areas, a rust prevention paint that ensures safety and low odor was proposed.
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
