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NANO COATING
NANO COATING

NANO COATING

 EnduroShield® for Glass is a permanent non-stick, protective coating for use on all glass surfaces. Using state of the art nanotechnology, EnduroShield acts as a permanent shield to seal the porosity of the glass, allowing contaminants to reside on an easy to clean protective coating. The invisible coating, which is only two molecules thick, protects against staining and etching, making it an ideal solution for glass installations. 

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 FEATURES & BENEFITS

Once only application: permanently bonds to the glass: EnduroShield® is not a traditional coating that sits on the glass, but chemically bonds, becoming a permanent extension to the surface.

Protects against corrosion and etching from contaminants including sea salts and pollution: Untreated glass is porous and as a result, it absorbs contaminants and pollution which cause deterioration and discolouration. The deterioration of the surface makes cleaning more frequent and more difficult. EnduroShield® seals the porosity of the glass helping prevent the deterioration caused by etching and corrosion. As a result the time and frequency of cleaning the glass is reduced.
Coating is UV stable: Accelerated testing of glass with an EnduroShield® coating has been undertaken with exposure to alternating cycles of UV light and condensation. Results show minimal or no change in the product’s efficacy.
Maintenance costs are significantly reduced: As EnduroShield® creates a permanent non-stick coating which greatly reduces the time spent cleaning;  maintenance costs can be reduced. EnduroShield® also protects the glass from staining and etching, eliminating the need for expensive glass restoration or replacement of panels.
Up to 90% Less Cleaning: “Life test conditions carried out on the EnduroShield coated glass was conducted at 85C and 85%RH. This was carried out for 2000 hours. There was no observable decay of the surface of the glass. The glass was placed in a solar simulator which approximated 4.5 years in the field. No surface degradation was observed”
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