Sydney, NSW (PRWEB) August 14, 2013
Nanoshop presents Vision-Protect, the new ultra-thin, inorganic glass coating technology for automotive car glass.
Vision Protect ™ is a new durable way to improve vision whilst driving at night and in bad weather conditions such as snow and dirt storms.
The self-assembling technology used in Vision-Protect, creates an inorganic, ultra-thin coating that is just a few Nano meters thick on the glass surface.
This coating is not only naturally UV resistant, but also significantly harder than any other water repellent product on the market.
This combination makes Vision Protect the most durable water and dirt repellent product in the automotive industry. It lasts up to 2 years on windscreens and an unmatched 5 years on side windows.
The high hardness enables Vision Protect™ to offer scratch resistance well beyond other products. This is especially important where ice and snow is removed with an ice scraper as it won’t affect the coatings durability.
The coatings also work to protect against dust storms or under extreme heat or UV radiation. The coating has been successfully tested with a staggering 80,000 abrasive cycles to simulate real world situations. This makes it a perfect solution for windows on construction vehicles, mining trucks, excavators and army vehicles.
The product is the only glass coating that is manufactured certified carbon neutral. Vision Protect is manufactured under international standard ISO 9001:2008 quality assurance guidelines.
Where other coatings disintegrate, Vision-Protect™ will be on your glass for many years so, don’t take any chances!
About Nanoshop
Nanoshop.com is the leading online supply source for some of the most sophisticated nanotechnology surface treatments and products available. Nanoshop is the longest serving shop site for nanotechnology treatments on the internet and the only one with real-time, worldwide shipping ability. Through close collaboration and partnerships with manufacturers, Nanoshop.com has direct access to the latest product developments and can accordingly provide the most advanced applications for a wide range of substrates.
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