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This page contains all of the posts and discussion on MemeStreams referencing the following web page: Invention: 'Diamond'-coated gadgets - Yahoo! News UK. You can find discussions on MemeStreams as you surf the web, even if you aren't a MemeStreams member, using the Threads Bookmarklet.

Invention: 'Diamond'-coated gadgets - Yahoo! News UK
by ubernoir at 7:34 am EST, Jan 23, 2007

Portable gizmos such as phones, handheld computers and mp3 players can easily get scuffed, dirty and sticky.

Bulky covers are one option, but Nokia in Finland has been experimenting with plastic casings coated with a diamond-like material made from coal. The material is more protective and grime resistant, as well as cheap and bio-degradable.

To make the material electric current is fed through coal graphite. This creates plasma, which is directed towards a plastic casing by high-voltage

electrodes. The coal ions penetrate the surface and bond to form an amorphous, diamond-like coating less than 100 nanometres thick. The process works at room temperature, meaning even cheap plastics can be coated this way.

The coating is very tough, but also smooth to the touch. It is also conductive and therefore antistatic, so does not attract dirt easily. Furthermore, the surface reflects and diffracts light in a similar way to shiny metal. And, when the owner has grown tired of the gismo and binned it, the thin layer of coal will eventually degrade naturally.


Invention: 'Diamond'-coated gadgets - Yahoo! News UK
by k at 2:40 pm EST, Jan 23, 2007

Portable gizmos such as phones, handheld computers and mp3 players can easily get scuffed, dirty and sticky.

Bulky covers are one option, but Nokia in Finland has been experimenting with plastic casings coated with a diamond-like material made from coal. The material is more protective and grime resistant, as well as cheap and bio-degradable.

To make the material electric current is fed through coal graphite. This creates plasma, which is directed towards a plastic casing by high-voltage

electrodes. The coal ions penetrate the surface and bond to form an amorphous, diamond-like coating less than 100 nanometres thick. The process works at room temperature, meaning even cheap plastics can be coated this way.

The coating is very tough, but also smooth to the touch. It is also conductive and therefore antistatic, so does not attract dirt easily. Furthermore, the surface reflects and diffracts light in a similar way to shiny metal. And, when the owner has grown tired of the gismo and binned it, the thin layer of coal will eventually degrade naturally.

Very cool... I'm all for anything that keeps my devices looking and working better for a longer period of time...


 
 
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