WHAT IS IT?

Graffiti materials, such as spray paints or markers, can penetrate the surface of a substrate if not protected, and create a permanent mark.

Anti-graffiti coatings work by creating a barrier that prevents graffiti materials from reaching to the surface and making it a lot easier to remove without causing damage.

Nano anti-graffiti coatings can be used on a variety of surfaces, and they can also have additional properties beyond just preventing graffiti. Some coatings may be formulated to also be water-repellent, oil-repellent, or UV-resistant, which can help to protect the underlying surface from other types of damage.

ESSENTIALLY

Nano anti-graffiti coatings offer superior protection against graffiti compared to traditional coatings. Its nanoparticles create a barrier that prevents graffiti paints from penetrating the surface, making it easy to remove without causing damage to the underlying surface. It can be applied to a wide range of substrates, extending the life of surfaces and saving costs for frequent maintenance.

APPLICATIONS

Nano Anti-Graffiti can protect a lot of substrates. Here some examples:

• Building exteriors to prevent graffiti vandalism.
• Trains and buses to keep them looking clean and new.
• Historical monuments to protect their appearance.
• Outdoor sculptures and art installations.
• Parking garages and parking lots to prevent graffiti.
• Commercial buildings to maintain a professional appearance.
• Public restrooms to reduce maintenance costs.
• School buildings and universities to maintain a safe and respectful environment.
• Interior walls and surfaces to prevent graffiti and vandalism.
• Outdoor advertising billboards to maintain their visibility.
• Public transportation infrastructure such as subway stations, platforms, and trains
• Public areas such as parks, playgrounds, and sports facilities
• Industrial facilities and warehouses
• Retail spaces and shopping centres
• Private properties such as residential buildings and homes.
• Public utility structures, such as water treatment plants and power substations.
• Recreational facilities, such as playgrounds and skateparks.
• Transportation infrastructure, such as bridges, tunnels, and overpasses.
• Public spaces, such as sidewalks and public squares.
• Street furniture, such as benches and trash cans.
• Public transport vehicles, such as buses, trains and subway cars.
• Commercial vehicles, such as delivery trucks and trailers.
• Construction sites and equipment.
• Telecommunication infrastructure, such as cell towers and utility poles.
• Emergency services vehicles, such as fire trucks and ambulances.

PROPERTIES

• Coating Thickness: from few nanometers to several microns. A thicker coating is not automatically a better coating.
• The ability to prevent graffiti from adhering to the surface, making it easy to remove without damaging the underlying surface.
• Durability and resistance to weathering, UV radiation and other environmental factors
• Chemical resistance to common graffiti removers and solvents
• Low maintenance requirement
• Easy to clean and reapply if needed
• Transparent or near-transparent appearance to maintain the natural look of the surface
• May have self-cleaning properties
• May be hydrophobic or oleophobic to prevent graffiti from sticking.
• May be resistant to scratches and abrasion
• May be UV resistant to prevent fading or discolouration of the surface
• Some coatings may be breathable to prevent blistering or peeling of the coating
• Most modern nano anti-graffiti coatings are environment-friendly and non-toxic.

Hydrophobicity for Newbies

Several Years protection of electrical / electronic equipment or circuits from exposure to water, steam, humidity, condensation, fog, snow, rain, flooding, chlorinated and salt water.

Ensures long term faultless operation. Works at -20 to +130 Celsius and 3 - 10000 Volts.

WHAT IS IT?

Today's cutting-edge advances in Nanotechnology make it easy to protect electric and electronic devices and installations.

Even in the harshest of environments or after total inundation, or in extreme humid conditions, these nano-products displace moisture and build up a flexible and durable coat, which provides perfect protection from both short circuiting and oxidation.

ESSENTIALLY

A good Electrical + Circuits nano-product is your essential protection against water damage and equipment failure due to moisture and extreme weather conditions.

Generally, its formulation is based on a mixture of highly refined mineral oils and naphthenic hydrocarbons. These effectively push moisture away from all electrical connections and equipment, to maintain the electrical circuit.

Moisture is both driven out from and prevented from entering the treated area - restoring connectivity and eliminating short-circuiting / electrical breakdowns over a long time.

APPLICATIONS

Nano products which protect electrics or electronics efficiently are professionally coated on a substrate at client premises either during the production or at any later stage of the product lifecycle. One coating is usually sufficient. The coating process is swift but should not never be performed by untrained personnel. Substrates need to be as clean as possible, free of any visible stains, dirt or fatty substances before we apply it.

• Used for prevention, repairs and emergencies. Used where current leaks need to be suppressed, electrical contacts restored and/or where electrical short circuits problems to be eliminated
• Suitable for use on all electrical equipment from 3 to 10,000 volts including mining, automotive, marine, agricultural, electronic and electrical devices, robotics, hifi & high-end audio, industrial and construction.

PROPERTIES

• Long and reliable protection of electrical / electronic equipment from exposure to all forms of water (steam, humidity, condensation, fog, snow, rain, flooding, chlorinated and salt water, etc.)
• Prevents costly electrical outages
• Reduces maintenance, equipment replacement and labour costs.
• Quickly dries out electrical systems to eliminate moisture induced short circuits, even when the surface is already wet or has been inundated.
• Secures long term faultless operation
• No adverse effects on plastics, rubber, glass, varnishes, ceramics or metals
• Does not attack insulating varnishes.
• Extremely hydrophobic. Does not emulsify.
• Insensitive to extreme weather / temperatures (Effective at -20oC - +130oC)
• Maintains elasticity (ideal for flexible parts)
• Contains no resins, silicone, acrylics, teflon or aromatic compounds