Attractive wheel rims are quite in vogue. It is no surprise that an increasing number of vehicle owners are willing to spend on automotive wheel powder coating to make their otherwise dull looking cars more attractive. Many even argue that wheel protection coatings are well worth the effort to give an extra layer of protection to wheels against environmental contaminants, damage, and brake dust they are exposed to on a daily basis. Without protection, this metal debris can cause some serious damage to wheels.
Fortunately there are more than just a couple of ways to ensure longevity of these vehicle parts:
1. Ceramic Coatings
Ceramic coatings are the latest to leave a mark in the automotive wheel coating market. Unlike paint protection films and waxes conventionally used on wheel rims, ceramic coatings use advanced technology to form a permanent chemical bond with a car’s paint. Some companies are even using nanotechnology to fill in gaps in the paint creating a smooth and hydrophobic surface that exhibits impressive resistance to damage. Besides these, ceramic coatings offer excellent heat and chemical resistance. They form a protective layer that keep contaminants from touching the paint.
2. Carbon Nitride Coatings
Carbon nitride coating for automotive wheels is known to have high resiliency and can withstand extreme conditions. Carbon nitride coating has denser film yields, which is attributable for its better hardness and wear-resistance.
3. Epoxy Paint Coatings
Epoxy paint coatings are gaining traction in the automotive industry. Besides flooring systems, epoxy coatings are preferred to offer a protective layer around wheel rims. These coatings repel oils, liquid, and grease while providing optimum protection against extreme temperature and abrasion. These coatings are not only durable but exhibit better resistance to many corrosive substances. Thanks to these factors, epoxies have become a top choice for coating applications on automotive wheels.
4. Waterborne Coating Technology
Water borne technology has emerged as a disruptive automotive wheel coating market trend. Waterborne coatings can withstand extreme temperature and offer greater durability against abrasion. These paints leave a high gloss finish that lasts for a long duration and ensure excellent corrosion protection to the surface.
More importantly, the many environmental benefits of waterborne technology has made it highly sought-after in the automotive sector. With environmental regulations getting tougher, the industry is compelled to look for technologies that will help it curb the emission of volatile organic compounds. Car makers are therefore shifting to less toxic and water-based paints for exterior finishes, which means greater uptake of waterborne technology is on cards.
An increasing number of vehicle owners are expected to spend on automotive wheel coatings in the coming years. Their decisions are driven by various advantages wheel coatings offer. These include:
· Damage Resistance
One is not likely to enjoy a smooth ride across a well-levelled asphalt throughout the journey. Alloy wheels, as known, are prone to chipping when exposed to harsh terrains. Powder wheel coatings have proven a boon to avoid scratches from stones and gravels on these roads. Coatings form a non-porous layers on wheels, making them more resistant to small damages.
· Long Lasting
Powder coated wheels are said to last longer since the coating bakes further in extremely hot conditions. This baking process further helps the coating to adhere on wheel surface to form a smooth contact. Consequently, wheels are covered with thicker layer of coatings that help in improving their longevity.
Powder coatings on automotive wheels are considered environmental-friendly since they do not release toxic compounds commonly associated with paint coatings. Emissions from paints can cause damage to the ozone layer, making way for harmful UV rays to penetrate through the atmosphere.
· Consistent Coverage
Electrostatic charge used during the process makes the powder stick better to the surface of metal objects. Powder coatings can reach nook and crannies that are often difficult for conventional paint coatings to treat.
· Saves Cost
Once done using advanced technologies, coatings adhere to the surface of wheels for a long time, making them more durable and protecting them against wear and tear. Powder coatings for instance offer greater longevity, saving costs that would otherwise be incurred on future paint jobs. Coatings make wheel corrosion resistant, consequently, saving cost associated with refurbishing services.
While both powder and paint coatings continue witnessing high demand, the former has emerged as more modern method of using shades and tints on a wheel. Wheels, more particularly, wheel rims add finishing touch to vehicles. While high quality and custom wheel rims aren’t feasible for every car owner, opting for wheel rim coatings has proven to be a quick and cost-effective to improve the overall look of any vehicle. Besides this, there is always high demand for technologies offering greater protection against damage and improved durability to cars. Thanks to advent of modern technologies, vehicle owners can achieve all this in a more environmentally-conscious way!