Aridion™ Technology: Transforming the reliability of electronic devices

on Wednesday, May 11, 2011
Last week we looked at the beginnings of Nanotechnology. This week we turn our focus on Aridion, P2i's nano-coating technology for electronic devices.

But first, what is P2i technology?

Our patented technology employs a special pulsed ionized gas (plasma) which is created within a vacuum chamber where a nanometer-thin (1000 times thinner than a human hair) polymer layer is applied over the entire surface of a product.

This process dramatically reduces the surface energy of a product, so that when liquids come into contact with it, they form beads and simply roll off:



Our technology is focused around two consumer brands: Aridion for electronics and ion-mask for lifestyle products. For industrial applications the technology is covered by the corporate P2i brand (which will be explored in later posts).

Aridion™ Technology: Transforming the reliability of electronic Devices

What is Aridion technology? Aridion is our coating for electronic devices. It coats every aspect of a finished product at the nanoscopic level offering a truly durable and invisible liquid repellent coating that does not affect the working components of electronic devices whilst maintaining look, feel and functionality. 

The benefits:


Protective:
Aridion delivers an amazing level of liquid repellency to whole devices, so that on treated surfaces, liquid forms beads and simply rolls off.



Reliable:
Aridion transforms the reliability of electronic devices containing delicate, expensive components at high risk of liquid damage through corrosion or electrical failure.

Durable:
The liquid repellent nano-coating is physically bonded at a molecular level, so it lasts as long as the material itself





Invisible:
The unique ultra-thin Aridion protective layer invisibly improves the performance of electronic devices without affecting the product's look or feel.
You can find out more by visiting the Aridion™ homepage or see the technology in action below in our video:






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