Why Ceramic Coat?
Ceramic coating is a highly effective solution to protect the paint of vehicles from any damage caused by environmental factors such as UV rays, dust, scratches, and chemical substances. This protective layer creates a barrier that is hydrophobic and repels dirt and water. Ceramic coating forms a chemical bond with the paint and provides unmatched levels of hardness and durability. With its ability to resist heavy UV rays and the constant exposure to harsh environments, this coating method is beneficial for keeping the vehicle’s paint looking fresh and new for a more extended period, prolonging the lifespan of your vehicle’s paint and ultimately protecting your investment. By investing in ceramic coating, you can ensure your vehicles paint will look better for longer and lower the cost of maintenance in the long run.
Maintaining Ceramic Coating
Although ceramic coating is highly effective in protecting the vehicles paint, it is important to maintain the coating to ensure that it lasts. Despite being durable and resistant to scratches, the coating can get damaged over time if not cared for properly. It is essential to ensure proper washing techniques are used when cleaning the car regularly, as the ceramic coating is not invincible, dirt and grime can still wear it away if left untreated. We recommend applying toppers on the coating to further prolong the coating itself. Our team are here to give you advice and help ensure you get the most out of your investment.
It may require additional layers of coating or touch-ups over time to ensure that it remains effective, and this will also help the coating last for the long term. Ultimately, regular maintenance is crucial to keeping the ceramic coating intact and ensuring that it provides long-lasting protection for your vehicle’s paint.
It is also important to seek the advice of a professional or follow the manufacturer’s instructions on how to maintain the ceramic coating.
What is Graphene Coating
Graphene coating is considered one of the most advanced and best-performing coatings available in the market today. Graphene is a one-atom-thick layer of carbon atoms, which is known for its remarkable thermal and electrical conductivity, exceptional strength, and unique set of properties. When used as a coating, graphene creates a thin layer that forms an impenetrable barrier that can resist heat, cold, scratches, and other environmental factors. This coating offers high durability, enhancing the protection of the painted surface of the vehicle. In addition, graphene coating is hydrophobic and resistant to chemicals, ensuring that the car’s paint stays protected from water, dirt, and other pollutants. The best qualities of a graphene coating are its longevity and the ease of maintenance. It is typically created through a one-time application process that can save car owners time and money compared to other treatments and coatings. The long-lasting protection afforded by a graphene coating makes it an exceptional investment for those looking to preserve the longevity and aesthetic value of their car’s paint.
Graphene vs Ceramic Coating
Graphene and ceramic coatings are two of the most popular types of exterior coatings for vehicles. While they both provide enhanced protection to car paint, they have some fundamental differences.
Graphene coatings are generally regarded as more durable than ceramic coatings since they are composed of a single layer of carbon atoms, which provides strong protection against scratches, oxidation, and UV radiation. Graphene coatings have excellent heat-dissipation qualities, meaning they can resist high temperatures better than ceramic coatings, which can become brittle in extreme heat, leading them to peel off or crack over time. Graphene coatings also offer super hydrophobicity (water-resistant) properties that help repel water and prevent it from leaving water spots on your vehicle.
Ceramic coatings, on the other hand, have a thicker molecular composition than graphene coatings and are made up of a mixture of various chemicals and minerals. They create a hard barrier over the vehicle paint, protecting it from scratches, marring, and chemical stains. Ceramic coatings have excellent chemical resistance properties, making them effective at preventing damage from salt, acid rain, bird droppings, and other environmental contaminants. Ceramic coatings are also more affordable than graphene coatings.
In summary, graphene coatings provide higher durability, greater heat resistance, and superior hydrophobicity, while ceramic coatings offer excellence in chemical resistance and affordability. Ultimately, the best option for your vehicle depends on your individual needs and preferences, as well as the level of protection you are looking for.