nanoTechnolgy Transfer Centre    
nanoTechnolgy Transfer Centre   
 
 
 
Your Location:  Home Page  >  Automotive and Transportation  >  [nanoPost] Self-Assembling Nano-Hydrophobic Auto Glass Treatment
 

[nanoPost] Self-Assembling Nano-Hydrophobic Auto Glass Treatment

Hits:   |  Font Size:  [Big Medium Small]   | Add to favourite folder | Print

     
 

Company Australia

 

A one component, ultra thin, hydrophobic Nanotechnology surface treatment for automotive glass surfaces. The product uses molecular bonding with the substrate to form a nano scale surface structure that is repellent to water.

 

Chemical engineered nanoparticles self assemble into this monolayer (one particle thick) and protect the substrate from contaminations and permanent etching stains. Conventional repellent chemicals like Silicone and Teflon and Fluorocarbons are not necessary.

 

The product does not change the slip resistance of glass and therefore does not create a slippery surface appearance. The bonding is chemical resistant and abrasion resistant. Abrasive cloths, such as steel wool cannot remove the particles.

 

Water runs off easily from the treated surface and dirt particles are washed off by rain or when rinsed with water (easy to clean effect – self-cleaning effect).

 

Recommended for


The product protects exterior glass, car windows, car windscreens, external mirrors, glass sunroofs, glass headlights


Features & Benefits


- Economical
- Long lasting (up to 30,000kms on windscreens)
- Easy to clean/self cleaning properties
- One component, easy to apply
- Environmentally friendly
- Saves maintenance costs
- Effective on old and new surfaces
- Improves driving safety in rain and snow
- Better night vision
- Easy to remove ice and snow build-up
- Highly chemical resistant
- Dirt and water repellent
- Hard water stains can be simply wiped off
- Excellent protection against acid rain
- No chemicals needed to remove contaminant
- Does not harm adjoining surfaces
- Excellent abrasion resistance
- Longer windscreen wiper life
- Heat resistant and UV-Stable

 
     
Edited by: Andy     


  CLICK HERE If you would like to receive contact details for this technology provider or ask a question (s)
 
           
        Privacy Statement | Terms of Use
        T: +44 (0) 1786 474768
        E: info@nanoposts.com