The superhydrophobic pearl effect :

This is due to the superhydrophobic nano particles, which binds with the textile fiber! With a nanotechnology textile, you always have a great nano climate. and a feeling of wear. Furthermore, the textiles are superhydrophobic and stain resistant as well as highly dirt repellent! The liquid and sprayable textile membrane for the textile industry! By washing the textile coating can not be removed from the textile!!

Advantages:

Superhydrophobic Spot-repelling Highly dirt-repellent
High moisture management Loading grip Consistent color fastness
High respiratory activity Optically imperceptible Low consumption
Very long operating times No toxic ingredients Comfortable wearing comfort
Very highly water repellent Transparent No harmful to humans
High open porosity Very high washability Fluorocarbon-free

Why Are We The Best?

•Water repellent •Easy to clean •Clear view in the rain •Bionic dirt repellent •Bionic self-cleaning •Hydrophobic-superhydrophobicfunction •Extended cleaning intervals
•Protection against scratches •Resistant to cleaning agents •Saving of washing cycles •Washing machines stable •Improved optics •Value conservation •Quick cleaning
Individual nano-advantages •Increased gloss stability •Paint pores remain dirt-free •Protection against environmental •Ice and snow-repellent •Insect repellent •UV-stable •No glare by light •High pressure cleaner stable •Resistant to cleaning agents •Long-term stability •Cold stable •Heat resistant •Scratch resistant
•Better aerodynamics •Grease and oil-repellent •Better bacterial rejection •Food approval •Protection against tarnishing •Protection against oxidation •Moss and algae-repellent •Printed and varnishable •Saltwater stable •Beverages stable •Lime-repellent •Corrosion protection •Long lastingdirtrepellent
The nano-particles automatically deposit millions of times into the material pores and form a stable bond with the material. This creates a lotus-leaf-surface!
The tasks of the hydrophobic nano-functionis to protect the surface from dirt as well as water and dirty water or to greatly reduce it. By millions of small dirt-repellent nano-particles adhering to the pore of the surface of the material, the surface is given a long-term very dirt-repellent super hydrophobic surface function. To achieve a long- term effect, the binding of the binding particle in the matrix pore is decisive. The better the bond to the material surface, the higher the working time.
Advance fabric protection with Nano Technology & Water based formulation
Repels Liquids
Prevent Stains & Contamination of fabric
UV Protection
Color Intensifying
Protects all kinds of fabrics

The function of a nano-textile coating!

Nanoident textile hydrophobation
Nanoident textile hydrophobation : Nanoident completely dispenses with fluorocarbon-containing ingredients in the field of textile sealing and textile coatings our textile coatings are 99.99999 9% fluorocarbon-free only 0.000001% fluorine is in the textile products that come from our production water from the German drinking water network!
Nano protectants
Nano protectants are also water-based but contain almost no solvents and therefore do not require closed systems. The drying times are lower than for the solvent-containing preservatives. Due to the high proportion of nano particles and the lower proportion of water, the surface dries quickly! The advantage of this temporary nano corrosion protection method is the easy removal of the protective film and the high corrosion resistance!
Working clothes
The trend in the workwear is to use toxic free
functional coatings with very high resistance to stains and puncture as
well as high breathability and high wash resistance with high dirt
repellency and high stain repellent function! Furthermore, the textiles
become much more robust and resistant!
Water-based
Water-based preservatives do not contain solvents and therefore do not
require closed systems. The drying times are lower than for the solventcontaining preservatives. Due to the high water content, water-based preservatives are highly temperature-dependent (danger of freezing or increased viscosity). The advantage of this method is the easy removal of the protective film. However, the high water content, which can lead to an increase in the relative humidity in the packaging spaces, has a disadvantage.