- [nanoPost] Photocatalyst technology
The company's Nano-TiO2 Photocatalyst coating solution demonstrates superior photocatalytic oxidation and super-hydrophilic properties.
|
- [nanoPost] Switchable Glass
Carbon nanotube field emission device (CNT-FED) that features perfect flat outer screen surface and is very effective to establish high visibility wording and character recognition icons.
|
- [nanoPost] Nanotechnology Window Sealant
An alcohol based system, which protects outer glass and synthetic surfaces from tarnishing.
|
- [nanoPost] Low cost solar energy using dye cell photovoltaics.
Dye cells generate electricity from solar energy using nano-sized titanium dioxide particles impregnated with dye, rather than from silicon or similar semiconductors. The company has developed new intellectual property which substantially reduces the cost of dye cells and increases the cell size.
|
- [nanoPost] Anti-dirt sealing
Watery, inorganic-organic coating material based on chemical nanotechnology.
|
- [nanoPost] Semi permanant invisible self-cleaning coating
New generation, non-toxic, environmental friendly hygienic coating application system with the use of Nanotechnology and Photocatalyst.
|
- [nanoPost] Nanocoating for concrete
The product is water based, abrasion proof and soil resistive protective coating for construction materials like concrete, Natural Stone, Marbles, Granites, Bricks and similar products. Hard Nano-particles increase the lifetime of the coating. The product provides long-term protection against soiling caused by wet-leaves, soil, oil and food like red-wine.
|
- [nanoPost] Construction Glass
The easy-to-clean effect arises through the chemical reaction of the solution with the glass surface. In this case, functional nanoparticles are linked into a silicon dioxide layer. This layer in turn is created on the glass surface, through transverse
|
- [nanoPost] Nanoparticles for window coatings
They have created a metal oxide particle for window film manufacturers that shields infrared (IR) and UV rays and blocks heat.
|
- [nanoPost] Soil-resistant reactive self-assembling nanofilms for architectural glass
Architectural glass is prone to soiling due to particles carried in rain and wind. The company has developed a transparent, invisible ultra-thin reactive film less than 10 nanometers thick which provides a barrier to soiling. It helps keep glass clean longer and makes eventual cleaning easier.
|
