Page 6 - installation instructions
P. 6

INVISIBLE PROTECTION AGAINST WETHERING FOR
                      POROUS SURFACES THROUGH NANO4LIFE PRODUCTS


                   NANO4LIFE for porous surfaces is a stain resistant formula to coat porous silicate
                   substrates with, such as sandstone, concrete, terracotta and clay. NANO4LIFE for
                   porous surfaces is solved in water and instantantly ready to apply.














                   As a characteristic the bifunctional connections containing silicon oxides, hydroxyl-
                   and  carboxyl functions provide a permanent chemical bonding to the surface of the
                   substrates.
                   The  other  functional  group is causing  an  extreme low  surface energy  on  the
                   substrate. Such layers have the distinction of (a) perfect hydrophobia as well as oleo
                   phobia. Besides the chemical  bonding  to  the  substrate NANO4LIFE  for porous
                   surfaces is of particular relevance to develop into a cross-linking by building up two-
                   and three dimensional networks.




                   NANO4LIFE for porous  surfaces      is ready to use  and easy to apply  right on  the
                   surface,  where the  absorbed  NANO4LIFE  for porous  surfaces        is forming  a
                   chemical and mechanical persistent layer.
                   Because of the particular formula NANO4LIFE for porous surfaces is optimized for
                   absorbing surfaces. Therefore it is supposed to use profitable on porous substrates
                   as an invisible, impregnating,  stain-resistant and UV-stable coating for any kind of
                   stone like sandstone,  precast  concrete block  or  terracotta,  brick  of  clay  or stone
                   panel. As an operating range floor and wall covering, facades of buildings, common
                   terracotta and roofing tiles are to be considered. NANO4LIFE for porous surfaces
                   only covers the inside of the pores with an ultra thin layer so the substrates are still
                   breathable after coating.
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