The Difference Between Coating and Waxing:
First, the materials are different. Wax is derived from paraffin extracted from petroleum;
Second, in terms of procedure, coating involves a total of 18 steps, while waxing is much simpler;
Third, the protective film from coating has a mirror-like effect, with a fine texture and bright, natural paint color;
Fourth, the warranty period for coating is generally about 3 years, while waxing only lasts 1 to 2 days.
Car Coating: From a professional perspective, to distinguish it from glazing, true car coating should be inorganic coating, specifically a crystal glass coating that never oxidizes. Only inorganic coating forms a layer over the car's surface that won't disappear due to oxidation from UV rays, acid rain, or other external factors. Under normal use, it protects the car's paint for up to a year, which is why it's called car coating.
To meet the needs of widespread adoption in car detailing shops, the application method doesn't require high-temperature curing in a baking room. Instead, it reacts with moisture in the air to solidify into a crystal glass coating layer primarily composed of silicon dioxide (SiO2).
Such inorganic crystal glass coatings provide comprehensive and efficient protection for the paint surface, increasing hardness and smoothness, improving stain resistance, and shielding against external corrosion from acid rain, bird droppings, etc. It can also completely rejuvenate older cars, enhancing color vibrancy and brightness.
Benefits of Car Waxing: There are various types of car wax, each with different functions, generally offering one or more of the following benefits:
- Waterproofing
Cars are often exposed to the elements, enduring wind and rain. When water droplets remain on the car's surface, under intense sunlight, each droplet acts like a convex lens, focusing light to temperatures of 800-1000°C at the focal point, causing dull spots on the paint and significantly affecting its quality and lifespan. Additionally, water droplets can cause rust on exposed metal surfaces.
- Heat Resistance
The heat resistance of car wax works by effectively reflecting incoming light from various angles, preventing the paint or base coat from aging or discoloring due to light exposure.
- Anti-Static Properties
Static electricity in cars mainly comes from two sources: friction from fibrous materials like carpets, seats, and clothing, and friction between airborne dust and the car's metal surface while driving. Regardless of the cause, static electricity can be inconvenient or even harmful to passengers. Car wax's anti-static properties mainly prevent static on the car's surface by blocking dust-metal friction. The effectiveness varies based on the wax layer's thickness and adhesion, with anti-static wax generally outperforming regular wax in preventing dust-paint friction.
- UV Protection
The UV protection of car wax works in tandem with its heat resistance. Due to the nature of UV light in sunlight, it easily penetrates the paint. UV-protective wax is designed with this in mind, minimizing damage to the car's surface.
- Polishing Effect
Polishing is the most basic function of car wax. Waxing improves the car's surface shine, restoring its original luster.
- Buffing and Polishing
When the paint has light scratches, buffing and polishing wax can be used.