Canadian Engineers Invent Self-Cleaning Glass Using Nanotechnology — The Future of Dust-Free Design
Take a world in which your windows are going not to be dirty. That is precisely what has been done by Canadian scientists - glass which purifies itself without the use of chemicals but rather nanotechnology.
How It Works
There is nothing on this glass that is temporary. Rather it has been etched down to the microscopic level creating very small patterns that water and dust cannot adhere to.
When it pours, the water drops off immediately sweeping away particles of dirt. Pollution and oil do not even cling.
The sunlight will then be used to dissolve the remaining organic substance and make the surface crystal clear.
The Art of Nature, improved by Art.
The design of the team was inspired by lotus leaves which are known to have self cleaning lotus effect.
They were able to remarkably reproduce that property on glass by laser nanofabrication, permanently.
The outcome: decades of clean glass that does not need detergents and other cleaning, or even maintenance.
Why It’s a Breakthrough
The efficiency of traditional self-cleaning coating decays within several years whereas this etched nano-pattern is etched on the glass. It is scratch resistant, U.V. resistant, and weather proof.
It also conserves gigantic quantities of water - one cycle of skyscraper window cleaning can use thousands of liters.
The Future of Applications That Will Change Industries.
This technology has the potential to transform the process of modern buildings and device designs:
• Skyscrapers which do not require washing crews.
• Galvanized gadgets with no fingerprints.
A Sustainability Wonder of Engineering.
This innovation saves waste and energy besides the convenience.
In solar energy systems, this may translate to increased productivity and increased life of the panels - assisting in the acceleration of the move towards renewables all over the world.
Sturdiness Tested Sturdiness.
The glass has been subjected to the vast amount of tests in terms of stressors such as heat, dust and moisture without suffocation of its characteristics.
The nano-scale characteristics are so minuscule that it is not changed in any way even years on being subjected to environmental forces.
A Cleaner City, A Brighter Future.
In the cities, millions of glass surfaces are polluted. Owing to the self cleaning glass, the cityscapes could be converted into low maintenance and sustainable ecosystems.
It is not only the question of beauty, it is the question of how to create materials that are self-cleaning, use less water and have longer life.
Both the Future and the Past of Glass Are Here.
Scientific invention reveals the possibilities of the Canadian invention as science learns about things as they are.
It is not innovation, but transformation that nanotechnology self cleaning glass runs on. It holds the promise of the future in which our structures, vehicles, and gadgets will always remain clean, resource-saving, and keeping our planet cleaner by design.
