We go the extra mile, applying 2 coats of ceramic coating for extra shine and protection. A Ceramic Coating is UV resistant, meaning that your paint will be protected from wearing paint. The chemically resistant surface helps mitigate stains and etching caused by environmental contaminants like bird-droppings or bug-splatter. The invisible hydrophobic layer created by a Ceramic Coating also means that contaminants come off easy. It’ll look even better than a fresh wax Easier To Wash Make your paint job POP with a shine and gloss you can see yourself in. Long-Term ProtectionĪfter one application, your vehicle experiences all of the above benefits for up to 4 years. The hydrophobic surface makes it more difficult for mud and dirt to bond with paint. Spraying the vehicle with a silica based spray is enough to maintain the vehicle’s deep gloss finish and hydrophobic qualities. Many also offer hydrophobic properties, meaning that water beads off easily and dirt, bugs, and bird bombs are easier to clean off the vehicle surface.Ĭeramic coatings also do not need to be waxed. Added PropertiesĬeramic coatings offer additional benefits to just helping protect your paint. The paint is also corrected before the application of cermaic coatings, but not necessarily with a paint sealant. Therefore, applying paint sealant is much more straightforward than using a ceramic coating. After the application of a ceramic coating to your car, the painted surfaces should not come in contact with grease or water for a day so that its proper curing can be ensured. Now, you need to apply the ceramic coating to the painted surface, and then you should buff it up after five minutes. Then, the defects such as watermarks and swirl marks also need to be cleaned by a machine polisher for augmenting the gloss and shine of the paint. First, all the contaminants need to be cleared to ensure proper bonding. After the paint sealant has been applied evenly to the painted exterior of the car, you need to let it stay for about forty minutes before removing the excess sealant with a microfiber cloth.Īpplying a ceramic coating is tougher than applying a paint sealant. If you are applying paint sealant to the paint, you need to ensure the adequate bonding of the sealant and the paint by clearing all the contaminants such as iron particles, dirt, grease, dust, and tar from the car exterior. When compared to the traditional car wax, both ceramic coating, as well as paint sealant, are difficult to apply. It can last 3-4 years depending on how you maintain the vehicle. Ceramic coating has better durability when compared to paint sealant. Paint sealant is a polymer-based product which has both organic as well as inorganic ingredients.ĭepending on the environment where the car is parked, paint sealant may last for four to six months. It is the primary concern of the car owners while comparing and selecting from ceramic coating and paint sealants.
More on this at our Ceramic Coat Page Comparing paint sealant and ceramic coating Durability
These products are called permanent because they can be removed only through polishing or lack of maintenance. It provides protection from the contaminants as well as a shiny, and glossy finish to your vehicle by bonding to the paint.
The nano coating forms a semi-permanent bond with the surface of the vehicle, resulting in a “sacrificial” layer.Ĭeramic coating contains synthetic protection agents in it. All while protecting the surface from pollutants! Nanoparticles, when applied to the surface, sealing all the pores making the surface hydrophobic and UV resistant. Is a coating that utilizes nanotechnology to provide a completely invisible layer of protection. Paint sealant can mean several things, depending on who you ask – but at the most basic level, it is a synthetic product designed to protect a car’s surface while providing a mirror-like shine.īecause a sealant is chemically engineered to bond to the surface, it will last much longer than a traditional wax while providing stronger protection against paint-killers like sap, acid rain, and UV rays.
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