Ceramic kilns reach temperatures between 1,800°F (982°C) and 2,400°F (1,316°C) depending on the clay body, glaze system, and firing method you use. The cone number printed on your clay bag is not a suggestion — it is the precise heat-work target your kiln must hit for the clay to vitrify, the glaze to melt correctly,…
Ceramic spray wax for cars is not the same as a traditional carnauba paste wax. It bonds to your paint at a molecular level, adding a sacrificial SiO2 layer that repels water, resists UV degradation, and slices your detailing time in half. Consumer-grade ceramic spray waxes have closed the gap on professional coatings significantly. Products…
A ceramic car wash sounds like it belongs in a pottery studio, not a detailing bay. It does not involve clay or kilns. Instead, it uses ceramic chemistry, specifically silicon dioxide (SiO2) compounds, to clean and protect your vehicle’s paint in a single step. Regular car washes strip dirt and leave paint exposed. A ceramic…
Wax over ceramic coating does not damage the coating, but it does not add meaningful protection either. The ceramic coating is already doing the job the wax was designed to do, and layering the two creates a maintenance situation most detailers actively avoid. That said, some wax products are genuinely compatible with ceramic coatings, and…
Ceramic coating does not prevent scratches the way a scratch-resistant film does. It creates a chemically bonded glass layer on top of your car’s paint, and understanding exactly what that layer stops (and what it does not) is what separates a smart coating decision from an expensive disappointment. Most car owners assume ceramic coating is…
Ceramic coating does not cure the moment it dries to the touch. The coating needs anywhere from 24 hours to 30 days to reach full hardness, depending on the product formula, ambient temperature, and humidity in your environment. This guide covers initial cure windows, full cure timelines, how temperature affects the process, what you can…