A hybrid formulation of hollow ceramic balloons and porous silica, two low thermal conductivity materials. A new type of paint that excels in insulation, condensation prevention, and heat shielding functions.
The hollow ceramic balloon, used as thermal insulation and heat shielding material at the tip of space rockets, has a low thermal conductivity of 0.06 kW/mK and is a completely inorganic material that does not change even when mixed with paint. Additionally, porous silica boasts an even more astonishing low thermal conductivity of 0.012 kW/mK. The new type of paint, "naAno," is a hybrid formulation that balances these two materials. It comes in three types: insulation (for indoor use), condensation prevention, and heat shielding (for roofs and exterior walls), each developed with special performance to pinpointedly solve problems in their respective applications. Different types can also be layered, allowing for enhanced effects through combinations. [Registered technology in the 2012 Ministry of Land, Infrastructure, Transport and Tourism Know-how and Technology Transfer Support Project Technology Matching Database] For more details, please contact us or download the catalog.
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basic information
【Features】 ●Significantly improved heating and cooling efficiency In combustion experiments with a fan heater using the insulation type (indoor), a room where "naAno" was applied showed a 35% improvement in fuel efficiency and an 11% improvement in heating efficiency compared to the room before application. ●Reflects solar heat for a comfortable indoor environment The heat insulation type (for roofs and exterior walls) contains special reflective pigments that maintain high reflection efficiency by being resistant to dirt. It simultaneously reflects and insulates, enhancing the temperature regulation effect indoors. ●Easy to apply for anyone with a water-based type Can be applied with the same feel as regular water-based paint. No special tools are required. ●Excellent durability and environmentally friendly While it may vary slightly depending on the condition of the painted surface and the location of the building, a durability of about 10 years has been confirmed. The formaldehyde emission level is classified as the lowest "F☆☆☆☆," indicating no impact on the environment. 【Message/Notes】 - It is recommended to apply without dilution, but it is also possible to dilute with tap water. - The time required for complete drying is about 6 hours at a temperature of 20 degrees. - Colors can be selected from 45 shades in the catalog. If the desired color is not available, custom mixing is also possible. ●For more details, please contact us or download the catalog.
Price information
Please contact us.
Price range
P2
Delivery Time
P3
※Delivery times may vary depending on the quantity, so please feel free to contact us. We also have paid samples available.
Applications/Examples of results
【Usage】 By utilizing the three different types, they can be widely used for indoor and outdoor painting, as well as condensation prevention measures. When applied during renovations, it will simultaneously improve the indoor environment of the building and implement energy-saving measures. For more details, please contact us or download the catalog.
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Company information
Ozone Save is located in Hadano City, Kanagawa Prefecture. The main division, the First Business Division, comprehensively covers the sales, collection, and destruction of fluorocarbon gases, and also offers rental of collection equipment. We can respond anywhere in Japan, from Hokkaido in the north to Okinawa in the south. Additionally, as the Second Business Division, we also install and maintain air conditioning and cooling equipment. The 25 years of experience as a technician for a major air conditioning manufacturer and the president's belief in perfectionism have shaped the current Ozone Save. The third business established three years ago is the Environmental Improvement Division, which focuses on insulation and hygiene, and is engaged in challenges such as obtaining patents and developing new materials.