MaskPro Main

MaskPro Nano Ceramic Coating: Super-Strong High-Gloss Nano Bond

Do you want your vehicle to look glossy like the first day you bought it? Or want your new vehicle to hold its original shine? You wash it regularly and plan to wax it every three or six months to keep it well maintained. But, even after your hard work, your vehicle is always at risk of swirl marks, scratches, chipping, stains, water spots, dust and exposure of harmful chemicals. So, what to do?  Your vehicle needs a permanent solution to add extensive value to its surface without much effort. That is why; the ceramic coating is here to help you keep your vehicle look glossy, polished and safe from outside conditions permanently.   Why ceramic coating? Before you make a decision to go for ceramic coating services, it is important to get the facts straight. Let us see, why ceramic coating is the right decision for you. The strength; Japan nano-material Not all, but a quite number of ceramic coating use Japan nanomaterials. Japan, as we know, is the leading nation in the world of nanotechnology, and its nano-materials have been prioritized worldwide for their unique and durable characteristics. Japan nano-material, used in the ceramic coating, involves certain qualities like 9H hardness, scratch and swirl resistance, and high gloss ensuring the durability. The 9H hardness of the ceramic coating Hardness is the most important factor of the ceramic coating. You might think how hard a ceramic coating is. Ceramic coating measures 9H hardness on the pencil hardness test. This test is used to determine the strength of the coating to resist scratches and swirl marks. The 9H coating is the hardest coating that contains hyper-dense structures, reacting against abrasion and marring.  9H ceramic coating bonds with the paint of car and keeps it safe from the damage of UV; reducing its oxidization, and harmful weather conditions. What does nano coating do? Nano ceramic coating, on application with car’s paintwork, blends with the surface of your car to make it look glossy, durable, and resistant to contamination and scratches. Thus, its super strong gloss nano bond enhances the shine of vehicle’s texture.   Coating polymer contains the collection of bonded molecules that crosslink to form a nanostructure that makes up a ceramic coating. These molecules fill the gap between the coating and car paintwork thus ensuring high durability. How many layers of ceramic coating are enough? A single layer of coating might be enough for your car’s exterior; however, multiple layers have added advantages. A single layer of ceramic coating is thick that guards your car from micro-marring and etching, protects the paint of your car, and keeps it look glossy up to 5 years. Adding another layer has more advantages as it ensures that bonding between the car’s paint and ceramic coating is strong and no holes are left. It provides better resistance against scratches and repels water more effectively along with endowing your car a glossy texture for about 7 years. Adding three or multiple layers of nano-coating is much thicker and ensures greater strength. It fills all the molecular gaps between car’s paintwork and a coating that guarantees the harder protection and enduring robustness. Multiple layers coating makes a super strong high-gloss  nano bond with your car’s surface for longer protection up to 12 years. It is more prone to scratches, marring, etching and various weather conditions. Moreover, manifold layers of ceramic coating require less maintenance because your vehicle’s surface becomes more efficient to repel liquid, resist dust, grim and harsh chemicals. Ceramic coatings provide super protection to your car’s surface making it look more glossy and durable. It is, in fact, a wise choice over regular auto washes and waxes that are not only costly but less efficient as well. So, are you ready to mask your car with Japan nanotech coating?
Was this article helpful?

Still puzzling over something?

The agent has read this article — and everything around it. Ask a follow-up and it answers in seconds.