Open menu

Nanotechnology General News

The latest news from academia, regulators
research labs and other things of interest

Posted: Oct 15, 2010

P2i's Liquid Repellent Nanocoating Is Now Providing Protection Against Corrosion Damage For Hearing Aid Users

(Nanowerk News) Aridion™, P2i's revolutionary liquid repellent nano-coating, is now providing unbeatable protection against corrosion damage for more than two million hearing aid users worldwide.
Licensed by three of the largest hearing aid manufacturers, Aridion™ is transforming conventional levels of reliability by substantially reducing warranty failure and repair costs and ultimately increasing user confidence.
Aridion liquid repellent nano-coating
Plus, to coincide with the 2010 EUHA Congress, P2i will unveil details of the new compact Aridion™ processing machines, designed specifically to address the needs of smaller hearing aid manufacturers and dispensers. Measuring just 580mm (W) x 860mm (H) x 750mm (D), the Aridion™ 8 machines allow for cost-effective and efficient processing of lower product volumes. They can be installed at any location that has a standard power supply and are operated at the touch of a single button, opening up a unique opportunity for all hearing aid manufacturers to provide Aridion™ protection to the millions of hearing aids made each year.
Stephen Coulson, Chief Technical Officer at P2i, comments: "Proven to be five times more durable than the market-leading coating, Aridion™ is the ultimate protective shield for high-performance hearing aids regardless of how intricate the design is or the environment it is worn in. We're already achieving excellent results with major manufacturers and see huge potential for Aridion™ across the entire market through our new machine."
Aridion™ is applied using a special pulsed ionised gas (plasma), which is created within a vacuum chamber, to attach a nanoscopic polymer layer one thousand times thinner than a human hair to the hearing aid. This dramatically lowers the product's surface energy, so that when humidity or sweat come into contact with it, they form beads and simply roll off.
Plus, because Aridion™ can coat every aspect of a finished product at the nanoscopic level, it protects much more thoroughly than alternative approaches where individual product components are treated prior to assembly. The result is a truly durable liquid repellent coating that does not affect the product's look, feel or delicate acoustic properties.
How the P2i technology works
P2i's technology works by applying a nanometre-thin polymer layer over the entire surface of a product. Using an ionised gas (plasma) this layer is molecularly bound to the surface and will not leach away. The process confers superior oil and water repellency by reducing the surface energy to ultra-low levels down to one third that of PTFE (polytetrafluoroethylene). In footwear and textile applications, P2i's technology also minimises liquid absorption from outside elements and evaporated perspiration.
About P2i
P2i is the world leader in liquid repellent nano-coating technology. We make good products great by applying innovative science. Our revolutionary technology enables our customers to improve the performance of their products and protect them from the effects of water and all other liquids. This builds value by commanding premium prices and/or reducing costs.
P2i Ltd was established in 2004 to commercialise liquid-repellent treatments developed by the UK's Ministry of Defence. Now on a commercial scale, P2i's patented process has been successfully applied to a wide range of products in a wide range of markets including performance textiles, electronic devices, filtration media and bio-consumables.
In consumer sectors, the presence of P2i's technology is indicated either by ion-mask™, its brand for footwear, outdoor clothing and accessories, or Aridion™, its brand for electronics.
Source: P2i (press release)
Subscribe to a free copy of one of our daily
Nanowerk Newsletter Email Digests
with a compilation of all of the day's news.
 
 
If you liked this article, please give it a quick review on reddit or StumbleUpon. Thanks!
 
 
These articles might interest you as well: