An Expert’s guide to Ceramic

Picture this: a shield that not only enhances your vehicle's shine but also acts as a resilient armor against the relentless forces of nature. This is the promise of ceramic coatings in the world of car care, and Mint Eco is at the forefront of bringing this advanced protection to your vehicle. Ceramic itself is an important innovation for the industry, and when combined with Graphene it becomes an unparalleled shield. There are many questions and misconceptions around ceramic coating, which we hope to provide clarity on.

Professional Ceramic Coatings

Ceramic coatings are the superheroes of vehicle protection, standing strong against mud, dirt, rocks, UV rays, and oxidation. It's essential to note that there are different types of ceramic applications, ranging from meticulous professional-grade coatings to more accessible options such as those applied in a car wash tunnel.

In professional detailing, true ceramic coatings involve a detailed process, creating a sealed environment to ensure the coating's durability and longevity. Professional ceramic coatings can range in cost from $1,000-3,000 and take two full days to complete, making it a cost prohibitive investment for most people. They last two to five years with maintenance, making them an investment in themselves. One should carefully select their chosen expert for applying these in-depth coatings, as not all professionals are trained the same or use high-grade products.

Ceramic Tunnel Applications

Mint Eco uses high-grade Ceramics (Armor All Ceramic) in a tunnel application setting, which brings a higher level of strength to a vehicle’s exterior than traditional protective wax coatings. However, it typically lasts 1-3 weeks depending on various factors. Car washes without ceramic last less than one week here in South Florida, so the technology does improve the protection of the wash application. This bridges the gap between professional-grade ceramics and the practicality of car wash ceramics.

We receive a lot of questions about whether it is safe to wash a car that has a professional ceramic coating in a car wash. From all of our research and experience, it is completely safe to wash a vehicle that has been professionally coated with a ceramic application. The same applies to vehicles that have PPF (Paint Protection Film) or vinyl wrap coverings as well. In fact, washing regularly can help make your ceramic coating last longer. The goal of regular car washing beyond keeping the vehicle clean is to build up a layer of protection over your clear coat. The more often you wash, the thicker and more intact that barrier remains.

Difference Between Graphene and Ceramic

In the context of car care, the difference between Graphene and Ceramics lies in their applications and protective properties. Ceramic coatings offer high durability, hardness, and resistance to environmental factors such as UV rays and chemical contaminants. Graphene coatings share all the same major properties as Ceramics, but due to its two-dimensional structure, are stronger than traditional Ceramic coatings. Ceramic mixes well with other applications on the vehicle such as Rain-X, enhancing the strength and durability of the combined product. Graphene layers well on top of Ceramic, adding an extra protective layer that helps the coating to last longer than if Ceramic was used on its own. There is a deeper luster when using Graphene on top of Ceramic versus just using Ceramic on its own, due to the magnification properties of Graphene.

At Mint Eco Car Wash, we're not just washing cars; we're revolutionizing the way we care for them. Our new Mint Wash Package is a testament to our commitment to innovation and quality, offering your vehicle the transformative power of Ceramics and Graphene. Your car deserves nothing less than the best in care and protection! To delve deeper into the science behind our innovations, explore our blog on graphene for a comprehensive understanding of the future of car care.

Experience the Mint Wash difference for yourself: where shine meets shield. Click here to learn how!