You may have heard of paint protection film, a self-healing, thermoplastic urethane film applied to your car’s painted surface. This film helps protect the paint from stone chips, bug splatters, and minor abrasions. The paint protection film isn’t just for cars, though. People have used it on cell phones, aeroplanes, screens, and motorcycles.
Ceramic coatings
Ceramic coatings are liquid polymers that are made from silica and silicon dioxide. The science behind ceramic coatings is quite impressive, and NASA has even backed them. This material can withstand various environmental conditions, including blown-up exfoliation. However, ceramic coatings are not bulletproof and are susceptible to being removed by an automatic car wash with a dirty brush. Ultimately, ceramic coatings are just sacrificial barriers that protect the paint from the damaging effects of the elements.
There are some common myths surrounding ceramic coatings for paint protection, but you should keep in mind the benefits of this treatment. First, they offer greater gloss than wax and sealants. For this reason, if you are a car collector or a show car owner, ceramic coatings may make your car appear shinier than before. But don’t be fooled by their marketing hype – it’s not a guarantee of gloss.
Plastic protective film
When looking for a simple and inexpensive way to protect your car’s finish, you may consider buying Paint Protection Adelaide. These films are often invisible to the naked eye and are applied to the impact zones of your car’s parts, where they are most vulnerable. In addition, most vendors guarantee that their products will not yellow, peel, or haze. Some even come with warranties of two to five years when installed correctly. Most films also contain ultraviolet stabilizers, so they do not degrade with exposure to the sun’s UV rays.
Some films are made of clear, flexible polyurethane or acrylic film applied to your car’s surface. This film protects the paint from environmental contaminants, stone chips, bird lime, and scratches. The films were first developed during the Vietnam War for military purposes, where they were applied to helicopter rotor blades. They work just as well on your car’s paint. Again, a reputable shop can install a high-quality film.
Waxing
Using wax on your car may be tempting, but it doesn’t have to be a normal process. While waxing gives your car a smooth, shiny appearance, you should also protect the paint by sealing it with a paint protection film. To ensure this, you should choose your wax carefully. For example, avoid using solvents as these can dissolve the adhesive holding your paint protection film flush against the surface of your car. Also, avoid dyes as these can stain your Paint Protection Adelaide, making it less noticeable.
Self-healing topcoat
Self-healing topcoats are designed to repair surface damage to vehicles. These materials mimic the action of an ice cube, which will quickly return to its original form after being heated. This technology also heals paint scratches and dings, which may otherwise be too painful to repair. These protective films can be applied anywhere, including over windows, doors, and even the underside of your car. The coating is extremely glossy, and Nanotechnology is infused in the top coat and adhesive layer to fill in any swirls or chips.
XPEL’s self-healing topcoat offers an improved gloss to the paint surface. While some PPFs may cause unsightly tints or yellowing over time, this XPEL topcoat is virtually undetectable. It also has self-healing properties, which allow it to be reset by warm water or environmental heat. This means you can drive your car without worrying about the coating peeling or chipping.
Urethane film
The urethane film for paint protection has an extensive history. In the 1970s, it was used to protect jet fighter noses and helicopter rotor blades. Today, it is used for paint protection on cars and is better than its predecessors. In general, it is a two-layer system with a polyester layer on the bottom. It also withstands UV degradation and common aviation fluids.