In recent years, decarburization and SDGs have spread rapidly around the world, and in particular, regulation on health and environmental issues have become even more stringent.

Therefore, the development of materials that are friendly to the global environment and people and are rich in Recyclability is a field that will be required even more in the future and is also an essential issue.

We are confident that AD Tech Coat is a waterborne pure inorganic coating agent that meets these
requirements.

AD Tech Coat development concept.

1 Anti-fouling effect based on an extremely high anti-static effect can significantly reduce detergent consumption and also has a self-cleaning effect due to rainfall, etc.

2 Because it is a completely inorganic material that issues water as a solvent, there is no ultraviolet deterioration, discoloration, or fading.

3 Because of its ultra-thin membrane thickness (aprox.50nm), it is possible to impart only the effect without changing the texture of the base material.

4 Construction can be performed at room temperature (On-site) or by baking (inside the factory) and can be selected according to the usage conditions and purpose.

5 Since it is water-based, construction is possible even under high humidity, and work is possible
regardless of the weather.

6 Not flammable, high transparency, odorless, low environmental pollution, recyclability of the substrate to be coated, water resource saving (significant reduction of detergent), etc. Waterborne pure inorganic coating agents are superior to conventional organic and hybrid coating agents. It has a high advantage over.

7 Coating work is possible regardless of whether an inorganic base material or an organic base material.

8 Enables significant reduction in maintenance costs.

AD Tech Coat has the above 8major features and is a differentiated and high-value-added product compared To conventional coating agents. In the future, it is believed that even stricter regulations on chemicals for health and the environment will be strengthened, and we are confident that waterborne pure inorganic products with low environmental pollution will be reconsidered.

About COSMO COAT.

Developed the concept of cost reduction as an alternative to expensive metals (Ni-Alloy) by applying COSMO COAT to inexpensive metals.

At present, it is used as a countermeasure against high-temperature oxidation corrosion of metals used at high temperatures, such as boiler water pipes in power plants, biomass power plants, waste incinerators and industrial furnaces, and also delays the adhesion of clinker to refractory materials of combustion residue and heat. It is used as a sapling countermeasure.

In particular, it is currently being adopted as an alternative technology to thermal spraying for the cost reduction and maintenance simplification.

Waterborne pure inorganic coating agents are superior to conventional organic and hybrid coating agents. It has a high advantage over

As a feature of COSMO COAT 1 It is a very specific ceramic coating that follows the expansion coefficient of metals such as carbon steel, stainless steel, and Ni-Alloy when used at high temperatures, and does not crack or peel even under thermal shock.

2 Since it is a coating work, it can be applied in a shorter time than thermal spraying, and it can be applied even in constricted areas, expanding the possibilities to fields that were not possible with thermal spraying until now.

3 The work process is extremely simple because it does not require a sealing process like thermal
spraying.

4 Partial repair of the membrane can be easily performed.

5 Reduction of maintenance period and cost due to significant reduction of metal oxidation corrosion.

Using high-temperature corrosion resistance (current maximum test temperature up to 1540 °C ), we are investigating the possibility of using it for gas turbine blades.

Both AD Tech Coat and COSMO COAT are proprietary technologies and unique waterborne pure inorganic materials, in addition, the features of both products will be widely recognized in the feature, as environmental impact, high workability, low cost, and freedom from environmental regulations that, we hope.