Innovation
We add value with disruptive technology.
Do you know why nanocoating technology is disruptive?
unmatched capabilities
The ability of nanocoatings to provide protection and enhancements at the nanometer level is unique and has been shown to far exceed the capabilities of traditional coatings.
In addition, nanocoatings have the potential to improve efficiency and sustainability in various industries, such as energy and construction.
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Less is more
The surface area of nanotechnology particles is much larger compared to conventional particles as they are much smaller in size. Therefore, when a nanocoating layer is applied to a surface, there is a greater amount of particles that can react, that is, there is greater reaction capacity, which means that it is enhancing the coating effectiveness
We consciously use innovation in favor of nature
TECHNICAL ADVANTAGES
They present multifunctional properties, they are more resistant to abrasion, corrosion, temperatures and protection against UV rays, better adhesion, better breathability, greater durability, while being thinner and lighter, thus reducing the environmental impact on the underlying materials.
ENVIRONMENTAL ADVANTAGES
They offer significant environmental benefits as they are made from natural components and are water or alcohol based. This reduces the use of toxic chemicals and minimizes the carbon footprint. By protecting surfaces against corrosion and contamination, nanocoatings can extend the life of materials, thereby reducing the need for replacement and decreasing waste generated.
ECONOMIC ADVANTAGES
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Reduced cleaning and maintenance costs.
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Saving water and energy in cleaning.
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Greater durability and resistance of materials.
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Reduction of health costs.
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Less use of toxic chemicals.
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Increased energy efficiency.
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Reduction of environmental impact.
"Innovation is not just creating something new, it is creating something that improves the world"
Innovación en la fotocatalisis.
Disruptive innovation in photocatalysis
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Nanotechnology-based photocatalysis has a significant impact on the removal of contaminants and bacteria compared to conventional photocatalysis, thanks to its larger contact surface and the ability to generate more active free radicals. In addition, its greater reaction capacity allows a faster and more effective process of removing contaminants, which leads to a healthier and safer environment. It is also important to note that nano photocatalysis can be applied to a wide range of surfaces and materials, making it a versatile and effective solution for air purification and surface disinfection.
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