NanoKlean Real Customers Reviews The thermal activation property of NanoKlean is also what allows it to work on tougher surfaces like glass and chrome; on these harder materials, the friction-generated heat helps the polishing agents break down stubborn water spots and oxidation that would normally require a power buffer. This manual control is a benefit of using NanoKlean because it allows the user to apply more pressure only where it is needed, ensuring that the rest of the paint remains untouched. When the polishing agents in NanoKlean are buffed away with a secondary towel, they leave behind a microscopic layer of protection that helps to seal the clear coat against moisture and UV rays, which can prevent the scratch from reappearing or the paint from fading in that spot. The time to results is remarkably fast, with visible improvements usually appearing within seconds of applying the NanoKlean cloth, providing instant gratification for the user.
NanoKlean Real Customers Reviews The science behind NanoKlean is particularly impressive when considering how it handles different types of light damage, such as the "spider web" swirl marks often caused by automatic car washes. The thermal activation property of NanoKlean is also what allows it to work on tougher surfaces like glass and chrome; on these harder materials, the friction-generated heat helps the polishing agents break down stubborn water spots and oxidation that would normally require a power buffer. This level of performance is why the brand emphasizes the "fingernail test"—if a scratch is deep enough that your fingernail catches in it, it has likely penetrated through the clear coat and into the primer or metal, meaning the filling capacity of NanoKlean will not be enough for a full repair. However, for the vast majority of daily wear and tear, the mechanism of NanoKlean is more than sufficient to restore a vehicle's shine. Order Now NanoKlean Where to Buy