Nano Glass Coating

Nano coated easy self cleaning glass is obtained by coating a nano-scale TiO2 film on the surface of top quality float glass through Chemical Vapour Deposition (CVD) technique. The glass surface is hydrophilic, hence rainwater spreads evenly and washes out dirt. Further, the glass coating, under the action of solar UV, breaks down organic dirt attached to its surface and this will be washed away by rainwater. It provides a new solution to keep glass panes and windows clean while providing and innovative concept for architectural glass.

Nano glass coating, often referred to as nanocoating or nanotechnology-based glass coating, is a technologically advanced protective layer applied to glass surfaces to enhance their performance and durability.

Key features and benefits of nano glass coating

Enhanced Scratch Resistance: Nano glass coatings form an ultra-thin protective layer on the glass surface, making it more resistant to scratches from daily wear and tear, cleaning, or environmental factors.

Hydrophobic Properties: Nano coatings create a hydrophobic effect, causing water and other liquids to bead up and roll off the glass surface. This property makes it easier to clean and reduces water stains and mineral deposits, especially on shower doors and automobile windshields.

Improved Clarity: The hydrophobic effect also enhances optical clarity by reducing the scattering of light caused by water droplets on the glass, resulting in improved visibility, especially during rainy conditions for automotive glass.

UV Protection: Some nano glass coatings offer UV-blocking properties, protecting interior furnishings, artwork, and occupants from harmful ultraviolet rays. This feature helps prevent fading and sun damage.

Ease of Cleaning: Nano-coated glass is easier to clean because dirt, grime, and contaminants have a harder time adhering to the smooth, hydrophobic surface. This reduces the need for harsh cleaning agents.

Anti-Fog Properties: Some nano coatings include anti-fog properties, which are beneficial for automotive windshields and bathroom mirrors, ensuring clear visibility in humid conditions.

Chemical Resistance: Nano coatings provide resistance against acidic or alkaline substances, protecting the glass from chemical damage.

Durability: These coatings are long-lasting, often maintaining their protective properties for several years, depending on usage and environmental factors.

Heat Insulation: Certain nano coatings can provide a degree of heat insulation, reducing heat transfer through the glass and contributing to energy efficiency in buildings.

Enhanced Safety: In the event of glass breakage, some nano coatings can help hold the broken pieces together, reducing the risk of injury from glass shards.

Versatility: Nano glass coatings can be applied to a wide range of glass surfaces, including windows, shower doors, automotive glass, solar panels, and more.

Application

Nano glass coatings have a wide range of practical applications across various industries and settings. Here are some common applications of nano glass coatings:
Automotive Industry:
Windshields and Windows: Nano coatings are applied to automotive glass to improve visibility, reduce glare, and repel rainwater, snow, and dirt.
Headlights: Coated headlights are more resistant to scratches and maintain optical clarity, ensuring better visibility at night.
Construction and Architecture:
Windows and Facades: Nano coatings are used on architectural glass to enhance energy efficiency, reduce maintenance costs, and keep windows clean.
Shower Enclosures: Coated shower glass repels water and soap scum, reducing the need for frequent cleaning.
Glass Railings: Nano coatings on glass railings offer better resistance to environmental elements and scratches.
Consumer Electronics:
Smartphones and Tablets: Some electronic devices feature nano-coated screens that repel fingerprints and provide better scratch resistance.
Camera Lenses: Nano coatings on camera lenses improve optical performance and protect against dust and smudges.
Aviation:
Aircraft Windshields: Nano coatings are used on aircraft windshields to enhance visibility, reduce maintenance, and improve safety during flight.
Marine Industry:
Boat Windows: Nano coatings on boat windows reduce saltwater stains, improve visibility, and protect against environmental damage.
Solar Panels:
Nano coatings on solar panels improve light transmission and reduce the accumulation of dust and dirt, enhancing energy efficiency.
Medical Devices:
Nano coatings are used on medical equipment with glass components, ensuring better hygiene and visibility.
Retail Displays:
Nano-coated glass surfaces in retail stores resist fingerprints and smudges, ensuring that displays remain visually appealing.
Food Service Industry:
Nano coatings on glass surfaces in restaurants and food service establishments make cleaning easier and maintain a hygienic environment.
Photography and Optics:
Camera lenses, eyeglasses, and binoculars may feature nano coatings to improve optical performance and durability.
Greenhouses:
Nano coatings on greenhouse glazing improve light diffusion, reduce dirt buildup, and enhance plant growth.
Art Galleries and Museums:
Nano-coated display cases and protective glass help preserve artwork and artifacts by blocking harmful UV rays and reducing the need for cleaning.
Hospitality Industry:
Hotels use nano-coated glass for bathroom mirrors, shower doors, and windows to enhance guest comfort and reduce cleaning efforts.
Automated Teller Machines (ATMs):
Nano coatings on ATM screens make them more resistant to wear and vandalism.
Security and Surveillance:
Nano coatings can be applied to security camera domes to maintain clear visibility and reduce the need for manual cleaning.

Specification: