Why is nanocoating technology better than old technology?


This is one we'd like your views on! Having successfully demonstrated the hydrophobic properties of nanocoatings to a number of people, we are often told “that’s very nice but there are many other products (not nano) that already do that and are similarly priced/brand leaders – why should I go the nano route?”

Apart from the fact that our coatings and impregnations are bio-degradable, environmentally friendly, non-allergenic, easy to clean, easy to apply, do not smell bad, do not put a room out of action for a long time while drying, a little goes a very long way and overall they help reduce the carbon footprint, we at Nanolia would be very interested to hear our readers’ views on this important matter.

For starters:

  • Our coatings and impregnations have a “high contact angle” which means that droplets of water roll very easily over the surface, taking contaminants with them.
  • Scrupulously Clean Surfaces
  • At the microscopic level, treated surfaces are so smooth that they are easily cleaned – usually with just water
  • Surface is so smooth that dirt and other particles find it difficult to stick depriving bacteria of food. Hence anti-microbial properties without the inclusion of biocides.
  • Ultra-thin coating
  • A little goes a very, very long way!
  • Coatings follow the contours of a surface, meaning that they will not make non-slip surfaces slippery.
  • Coatings are extremely flexible, will not crack on flexible surfaces.
  • Breathing characteristic: Allow moisture – water as vapour – to pass through due to tiny gaps between nano-particles.
  • Will not (usually) change the appearance of a surface. (We have some products such as Nanolia Protect that are designed to enhance surface gloss and deepen colour.)
  • Environmentally friendly
  • Non toxic, neither carcinogenic nor mutagenic
  • Easy to apply with short drying times and no noxious fumes
  • Long working life and then easily re-applied
  • Water Repellent – repel water due to hydrophobic “skin” effect.