Nanocoating Waterproofs Any Gadget
An anonymous reader writes "Water has always been the bane of electronics, however American company Liquipel just announced that they have developed a way to completely waterproof any device against the elements. Using a revolutionary process, Liquipel applies a hydrophobic nanocoating to phones, computers, and other devices that completely waterproofs them and protects them against accidental exposure to liquids."
What? Your TV is only 3D HDTV? It's not WATER PROOF?! Why not? Are you poor? Why haven't you bought one? How else do you plan to entertain under water?
At one point we’ve all done it – spilt a drink over a laptop, gotten our tablets soaked in the rain, or even dropped our phone in the toilet.
I've never done any of those things with my expensive tools/toys. It baffles me how badly people treat expensive and hard to replace tools. It's not limited to technology either; a friend of mine has a collection of rusted saws, screwdrivers and other tools because he's too lazy to bring them in out of the rain after a big home improvement project. Pathetic.
I want peace on earth and goodwill toward man.
We are the United States Government! We don't do that sort of thing.
The link is from a questionably "objective" source that has no real info on how (or if) it works. But by all means mail them your gadgets! They were nominated for an award you've never heard of!
Old News. I've been playing acoustic and electric guitar with Elixir strings for almost a decade, with customer satisfaction. Any nerd considering learning guitar should also, as they are resistant to Chee-toe residue.
Gripe: can you guys find a way to coat the upper B and E strings?
why is my $15 Walgreens watch waterproof to a depth of 20 meters, but if I sneeze on my $400 Android / iPhone it's ruined and I voided the warranty?
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It is no doubt that nanocoatings are going mainstream what with the latest solar paint that can harness the sun http://www.infobarrel.com/Solar_Nanopaint_-_Paint_With_Quantum_Dot_Solar_Cells and coatings for jets and other aircraft to provide excellent aerodynamic properties. Then you have nanocoatings for engines and http://againsttheodds.hubpages.com/hub/Nanodiamond-Lubricants-And-Lubrication-Particles and countless other applications on the horizon. It is an exciting time and there is still plenty of room at the bottom.
... are just the thing for rabid technophiles!
Strike while the irony is hot! -- The Freethinker
I'm curious how this will react with the moisture in our skin as we tap away on said gadgets.
"That's either incredibly asinine or the most brilliant troll I've ever read. Not sure which." -Anonymous Coward
I went straight to Ziebart!
No, its "Zie Bart, Zie"
To-do List: Receive telemarketing call during a tornado warning. Check.
my wife likes to use her ipod touch and kindle in the bath, I'm just waiting for the inevitable accident. waterproof gadgets would rock!
How could you coat the interior of a microSD card slot that's covered with a loose-fitting cover and make it waterproof? If the nano-coating doesn't conduct electricity then any card you insert won't make contact with the contacts. If it does conduct, then it's useless as a waterproofing seal over electronics. The same would seem to hold true for any earphone plug or charging port, right?
Yea but do you have to recoat your phone after taking the back off and reseating or replacing the battery? I have to reseat my cell phone all the time because it gets so dang laggy, I'd hate to have to recoat my phone with this stuff every time.
There are many more liquids in the world than water. How does this coating stand up to something as corrosive as salt water or Coke?
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What I've read in the media of this process suggests that it's parylene. http://en.wikipedia.org/wiki/Parylene
If so, it's not revolutionary, but a good application of an old coating technology. When I get my iPhone 5, I'll probably send it to these guys for coating.
Prior to studying Computer Science in University, I went to college and studied Electronics Engineering. I worked for an industrial electronic design and manufacturing company for 3 years between one and the other. Most products went into the oilfield. Scada, wellhead controllers, remote sensing equipment, etc. When manufacturing circuit boards 50 at a time, they would put them into a commercial *DISHWASHER* to get all the water soluble solder flux off and wash the board clean. Because chips follow the original Texas Instruments Mach32 procurement process (as outlined by the US Air Force in the 1960's and 1970's), they are hermetically sealed, must past gross leak, and fine leak tests, thermal shock, high altitude testing, centrifuge tests, and other tests, water won't 'leak' into the chips and wreck them. When power is applied, damage can happen. When there is no current, electronics are inert. To keep things 'dry' under power, silicone spray can keep the rest of the electronics from creating short circuits (due to conduction through water, etc.). This was also important in highly corrosive environments (hello petrochemical plant). They also used Hall-effect keyboards and switches to eliminate any chance of an electric arc in hazardous environments (when a seal fails in a methane/ethane/propane plant and you need to press a button to shut off a pump to stop the leak, and pressing the switch blows up the plant you have failed). As stated previously, you can enjoy this new 'wonder technology', or you can get a can of silicone spray. Have fun!
It would be interesting to see what would happen if the coating was applied to a boat. Would the boat be fouling proof? Also, would it go even faster because it's coated in a hydrophobic substance? Hmmmm...The geek in me wants to get a toy boat, test its performance, then have them coat it then test it again and see if the performance improves by a measurable amount.
Also with a booth at CES is HZO. It looks like they use a similar technology that allows electronic devices to last a few hours underwater rather than 30 minutes as with Liquipel. For most cases, 30 minutes would be plenty in the case of an accidental drop or splash. Also, Liquipel is available direct to the consumer rather than only offered at the manufacturing level. Would be nice to see a comparison with how technically the two technologies differ.
Their site reads:
If my electronic is accidentally exposed to water after being Liquipelled what do I do?
Do not panic! Please follow the aftercare instructions such as drying the device as much as possible, powering down the unit (if it is not an emergency and you do not need to make a call), removing the battery and battery cover if possible and not restarting until it has dried. Please note not to charge your device for 24 hours until it has dried out.
Most electronics will survive water contact if dried out. After all, one of the last steps in PC board manufacture is a pass through a dishwasher-like device. This "nanocoating" starts to sound like a placebo.
It's lame that phones have connector holes in them at all. With inductive charging, Bluetooth headphones, and WiFi or cellular for everything else, why should there be connectors at all. I'm surprised that Steve Jobs didn't eliminate holes years ago on uglyness grounds.
There are at least three phones on the market designed to survive immersion in water. It's not rocket science.
I would be equally worried about spilling any Bud Light into my mouth...