Our coatings are designed to provide an ultra thin 9H hard transparent and permanent layer that protects surfaces from environmental factors. The ceramic coating is extremely water repellent (hydrophobic) so that water and any dissolved contaminants such as lime scale and dirt run off the surface. Any deposited dust and dirt already on the surface is picked up by water droplets, resulting in a self cleaning effect. The hydrophobic nature of the ceramic coating results in a surface that prevents mold and bacterial growth.
Unlike alternative coatings, when our coating is applied to a clean and dry surface the ceramic chemically bonds to the surface to give a tough, hard wearing finish that does not require re-application over time. This makes our range of coatings ideal for both indoor and outdoor applications. The coating remains stable up to 750 degrees Celsius and can provide protection in corrosive and abrasive applications.
LCT - Liquid Ceramic Technology
Ceramic materials are known to not only have a high tensile strength, they can also withstand high amounts of chemical erosion such as an acidic or caustic environment. Ceramics can generally withstand very high temperatures, ranging from 700 °C to 1,600 °C (1,800 °F to 3,000 °F). Glass is often not recognized as a ceramic because of its amorphous (noncrystalline) character. However, the process of making glass does involve several steps, similar to that found in the process of making ceramic, Its mechanical properties are also somewhat similar to that of ceramic materials.
Ceramic is commonly found as a solid-state material. After years of research and development, CHOOSENANO has successfully managed to transform solid-state ceramic into a liquid-form by using patented Liquid Ceramic Technology that allows for simple application and easy storage.
When the liquid ceramic combines with moisture in the air, it causes a bonding reaction to occur, This hardening process turns the liquid ceramic back into a thin transparent ceramic film that protect the underlying layer.
The nano ceramic coating not only provides an extremely durable and protective film when applied to just about any clean surface, it will maintain the desired aesthetic finish, be it a mat, suede, raw steel, glass, wood or even textile substrate.
Our liquid ceramic coatings greatly reduce the surface energy. When fluids make contact with the surface they will form spherical droplets and roll-off so that stains do not penetrate the surface making the surface becomes easy-to-clean. Our revolutionary ceramic coating makes protected surfaces scratch resistant.
Our revolutionary bonding technology, designed by world leading surface protection scientists, forms an durable surface with excellent benefits:
- Extreme UV resistance
- Heat resistance above 800°C
- Reduced surface friction
- High chemical resistance
- Hydrophobic (repels liquid)
- Self cleaning properties
- Chemically binds to surface
- Single part easy to apply product.
Nano Ceramic Coating Properties
- 9H Hardness
“Hardness” is the resistance of a mineral or substance to being scratched.
The Mohs Scale of Hardness was developed in 1812 by German mineralogist Friedrich Mohs, who selected ten minerals of distinctly different hardness, ranging from very soft – talc – to very hard – diamond. The test compares the resistance of a mineral or substance to being scratched by these ten minerals.
CHOOSE NanoTech’s surface coatings rate a 9H on the Mohs Scale of Hardness, the second-hardest rating as measured in accordance with JISK5400 regulation. It’s scratch-resistant to most commonly available substances, including keys, knives, brickwork and concrete rendering.
- Super Hydrophobic
Keeping materials and surfaces dry is an important factor in many situations. Our coatings can provide superior anti-wetting hydrophobic performance, even to normally absorbent and porous materials.
- Anti Corrosion
Corrosion of materials occurs as the surface chemically reacts with the elements present in the environment. Our coatings produce a transparent, inert ceramic layer between the protected surface and the environment to help minimize the corrosive reaction and highly reduce frequency of maintenance and surface treatment.
- Self Cleaning
It is important to keep some surfaces as clean as possible. This can be a time consuming and costly endeavor, especially when it comes to hard to reach areas.
Our coatings provide a self cleaning interface between the material and the exposed environment, reducing dust and dirt build-up. The Nano Particles fill up the microscopic pores on the surface of the substrate, reducing surface friction. This ensures an extremely slick surface, with no open pores for dirt or contamination to cling onto. The super hydrophobic effects of the nano-particles then ensure that any further contamination on the coating surface can simply be rinsed away with water.
The result is a surface with self cleaning properties this significantly reduces the time and effort required to maintain and clean any surface.