NanoSkin SG-500

ANTIFINGERPRINT COATING

FOR SANDBLASTED OR ETCHED GLASS. PATENTED FORMULA.

NanoSkin SG-500 is an innovative permanent coating for sandblasted glass with matte or satin finishes. Within a hybrid polymeric matrix, it combines effectively both oleophobic and hydrophobic attributes, which prevent adhesion of fingerprints and repel limescale and soiling.
In addition, stains can be easily removed with water or common neutral cleaners.

PERMANENT PROTECTION AGAINST FINGERPRINTS FOR

SANDBLASTED AND CHEMICALLY-ETCHED GLASS OF:

  1. WALL COVERINGS
  2. BALUSTRADES
  3. OFFICE PARTITIONS
  4. SHOWER ENCLOSURES
  5. DOORS
  6. STOREFRONTS
  7. WINDOWS

Benefits

Glass aesthetics is not compromised during installation or during use.

1. ONCE ONLY APPLICATION
2. FINGERPRINTS BECOME LESS APPARENT
3. EASY-TO-CLEAN. FACILE REMOVAL OF FINGERPRINTS AND STAINS
4. PRODUCES A SATIN FINISH
5. PROTECTS FROM GLASS CORROSION
6. OPAQUENESS IS RETAINED
7. FRIENDLY TO THE ENVIRONMENT

Content: From 200 ml to 5 liters | Coverage: ~20 ml/m2

CERTIFICATIONS & TESTS

ISO 11998:2006: Durability tests – Determination of wet-scrub resistance and cleanability of coatings – TÜV
ISO 11507:2007: Exposure of coatings to artificial weathering – Exposure to fluorescent UV lamps, temperature and water. Correlation to hydrophobicity reduction and cleanability of coatings – TÜV
ISO 2409:2013: Cross-cut test – Adhesion – TÜV
DIN 50018/DIN 50021: Acid corrosion tests – Salt spray tests – NTUA
EN 1096-2 (class A)/EN 14428: Coated glass. Requirements and test methods for class A, B and S coatings. Functional requirements and test methods. Chemical resistance to acids-alkalis, humidity and organic solvents – NTUA

TECHNOLOGY – APPLICATION

NanoSkin SG-500 is a pioneering protective coating solution which gives sandblasted glass surfaces a satin finish. It is based on functionalized backbone structures, which provide sufficient resistance to chemicals, temperature changes, UV and abrasion.
NanoSkin SG-500 is applied directly onto a thoroughly-cleaned surface. This should be then gently buffed with a clean dry microfiber cloth to remove traces of excess liquid and visible streaks. The coating is dry to the touch within a few minutes but it will take about 7 days for the coating to obtain its maximum strength.