NanoBionics AeroGuard SST
Nano-hydrophobic
surface protection
Product:
The
AeroGuard products have been engineered for aerospace, military, law enforcement and other related industries where the
best protection is needed. These treatments offer long-term Bionic function on painted, glass, plastic and metal surfaces.
Depending on the roughness of the substrate, you will see a reduced contact angle between 105 and 108 degrees with a drop
of water.
This is not a sealer that forms a barrier but rather is a
modification of the surface chemistry on a molecular level to provide a permanent easy to clean
and protected surface.
The hydrophobic product works by repelling water and prevents adherence of
foreign matter on the surface. (Easy to Clean/self-cleaning effect). An ultra-thin and invisible coating is applied to the
properly refined surface. After the carrier evaporates a
self-assembling process takes place in which the Bionic Nano-Particles self-assemble docking directly within the pores of
the substrate.
Due to the newly formed Bionic
Nano-Structures, dirt particles cannot penetrate the matrix of the surface.
Water easily runs off from
the treated surface dirt particles are washed off by rain or when rinsed with a strong water spray.
* Safer visibility in extreme weather and at night
* Water and Dirt Deflecting
* Easy to clean/self cleaning Bionic function
* Weather protection, Ice and Snow rejection
* Laminar Flow across
Nano-surface/less Aero-drag
*
UV - weather-resistant
* Stops Salt and
Calcium damage
* Gloss of paint
is longer lasting Long-lasting
*
Less down time for maintenance
*
Reduction in fuel costs
* Less time de-icing by ground
crews may be a result
* AeroGuard will
not flake or peel
* May increase the accuracy of missles,
bullets and other weapons systems
Download Aeroguard Plastic Data here
Download Aeroguard Glass Data here
Download Aeroguard Paint here
Download Aeroguard Aluprotect here
| Los Angeles Class Sub shows Laminar Flow |
|
| The flow over the front shows Laminar Flow, the churning water along the sides is Turbulent Flow. |
