Graphene Coating – An Advanced Version of Ceramic Coating

Every day, your car’s paintwork is exposed to a variety of factors that might lead to rusting. These blemishes, fingerprints, and other issues also detract from the overall appearance of your vehicle. That means you need to think about alternative ways to protect your car, such as finding a spot far from the city and avoiding parking beneath trees. A paint coating is one of these protective and preventative methods. This is essentially an additional layer that serves as a protective layer.

There are a wide variety of protective coating options available. Ceramic coating and Graphene Coating are two main coating options.

Graphene Coating and Ceramic Coatings:

Ceramic coating has certain advantages but, automobile owners want something more. They have employed ceramic coating to protect their paint from the impacts of outside impurities for a long time. Graphene coating is another latest trend to provide them with the type of protection they’ve been looking for in their car’s exteriors.

Graphene coating provides functional and aesthetic benefits to an automobile and keeps the paint on a car from overheating. Graphene offers a very high water contact angle ideal for Graphene automobile coatings with its unique geometrical structure and chemical characteristics. As a result, a car will be cleaner and its coating more durable in the long run because of the ease with which moisture is removed.

What is Graphene Coating?

Without diving into the scientific history and characteristics of Graphene, we can say that it is the term for an atom-thick honeycomb sheet of carbon atoms that are tougher than steel but lighter than aluminum. In terms of toughness, these carbon atoms are harder than diamonds yet more elastic than rubber. As the world’s strongest substance, Graphene can be utilized to boost the strength of any material it touches.

Graphene is made possible by the most recent advances in nanotechnology, resulting in a solid and flexible covering that everyone may use. The profusion of positive characteristics of Graphene has led some to describe it as a wonder substance. Graphene seems to be the strongest and toughest substance known to man yet. You can consider it more likely a Miracle material. In the simplest terms, Graphene is a single layer of graphite that is a soft, flexible, and exceptionally heat resistant material before it is transformed into Graphene. Even a very small quantity of Graphene may make polymers, metals, and other materials much stronger or lighter. It means that a minimum amount of this material is required to achieve better strength.

Graphene oxide is a non-polar substance that readily diffuses in water, organic solvents, and polymer matrixes. It is a carbon-based compound with oxygen functions. Because of its “miracle-like” qualities, this filler’s compatibility with polymer coatings is critical.

How Does Graphene Coating Works?

Your car is an investment, whether you purchased it or leased it, whether it is a classic or a daily driver. Protecting the physical appearance of your vehicle is critical to guaranteeing the long-term quality and condition of your car. If you decide to sell your car or trade it in for a new one, Graphene covering might help safeguard your investment. You could get more money for your car if you sell it than purchasing an equivalent uncoated model.

Difference between Graphene Coating and Conventional Coating:

To make a comparison between Graphene and conventional coating, it is adequate to discuss in this blog the results of a panel test conducted to compare the two by applying both coatings to the same panel and comparing each coating’s performance in a variety of ways. This comparison was carried out by experimenting with varying layers of each of the two coatings:

  • There are certain challenges in applying both coatings because of their consistency. As soon as the Graphene  coating is applied, you must use a microfiber cloth to remove any excess residue. There may be streaks and markings if it isn’t done immediately. This aids the coating’s adhesion to the paint and ensures that it is applied uniformly.
  • Both coatings improve the performance of the surface while also increasing its glossiness and slickness. The Graphene coating enhances car paint’s finish to the point where it marginally outperforms a standard coating.
  • When it comes to water-spot resistance, Graphene coatings are superior to other types of coatings. You will experience no water beads or spot markings on any panels after they are cleaned and dried. When it came to water sports, the Graphene-coated panel may be noticeably less water-spotted than the other.
  • When it comes to slickness, Graphene coating consistently outperforms conventional coating. When it comes to selecting a coating, this is a feature that almost everyone looks for.
  • A coating protects a car’s paintwork against oil and liquids. It acts as a hydrophobic shield. However, Graphene coatings have an unrivalled hydrophobicity. Water just flows off in seconds, regardless of the angle applied.
  • The hydrophobic property of Graphene coatings is helpful for chemical resistance. The hydrophobic layer prevents substances from adhering to the skin, thus preventing chemical penetration and subsequent paint damage.

Benefits of Graphene Coating:

A layer of Graphene provides the best possible protection. Anticorrosion against winter road salt, water spot reduction, flexibility, hydrophobic properties, and chemical resistance below PH 12 are all provided by this product. Here are the incredible benefits of having a Graphene coating for your car:

Improved protection:

The Graphene covering is well suited for cars that spend most of their time outside and are exposed to the environment. This coating considerably reduces the risk of water spots when put correctly. To protect your vehicle’s paint from bird poop, tree sap, dead bugs, and harsh chemicals, Graphene provides a barrier that prevents these substances from penetrating, staining, and damaging treated surfaces. Professionally treated surfaces are significantly less likely to be damaged by stubborn etchings than untreated surfaces.

Easy to clean:

Graphene coating’s self-cleaning hydrophobic make it simple to clean and dry your car, making it simpler to maintain. Your vehicle’s coating will last longer if you use any Graphene detailers after and between washes.

Greater tensile strength:

Graphene, even in its simplest one-atom-thick form, does not rip. Nanostructured Graphene links to the substrate generating a semi-permanent layer of protection from the harsh environment as it dries. It also enhances the performance of polydimethylsiloxane (PDMS) coatings when mixed in with them.

Takes the appearance of your car to the next level:

Adding Graphene to your car’s paint job can bring out the actual depth of the color and make it seem more luxurious. An exceptionally wet, glossy appearance, improved reflectivity, and anti-fouling and UV resistance qualities are all provided by Graphene coating. As a result of the ultra-smoothness of Graphene’s ultra-low friction surface, abrasive operations are less likely to form tiny lines and scratches.

Is Graphene Coating a Better Option than Normal Coating?

Most manufacturers still supply these coatings via authorized installers for a 5- to 10-year life span for a Graphene Coating solution. The more problematic it is to get to a thicker coating, the more durable it is. In addition, the longer a coating lasts, the more critical the paint preparation procedure is. To have the highest scratch resistance and longevity, you should hire a specialist for both types of coating.

Tips to Take Care of Your Graphene Coated Vehicle:

A high-quality Graphene coating preserves the vehicle’s surface, enhances its luster, and makes maintenance simpler. That doesn’t mean the coating itself doesn’t require any upkeep. This protection is useless if the vehicle is not properly cared for once it has been covered. That’s why after-coating care is vital. Here are common ways to car wash, dry safely, and maintain your car while protecting the paint and coating:

  • Do not use any chemicals to wash your vehicle for the first 10 to 15 days after applying the Graphene coating.
  • Try to use a pH-neutral soap to clean your vehicle and prefer hand washing only. Never use an automatic-touch or touch-less hand wash. The best time to wash your automobile is when it’s cold and out of direct sunshine.
  • Caustic chemicals, acid, and any other toxins you are aware of should not be exposed to.
  • Bird droppings should not accumulate on any surface. You need to get rid of them as quickly as feasible.
  • Each car has its unique existence. With a more challenging lifestyle comes more demands for upkeep. Wash your car every two weeks, especially if your car has a busy routine.

Conclusion:

When comparing Graphene coatings to standard coatings, it is obvious that Graphene coatings are superior. It may be more costly to use Graphene coating than traditional coatings. Still, Graphene coatings offer more advanced features and extra advantages that will save you money over time.

Due to their enhanced flexibility, they are more durable and resistant to scratches. With an ultra-smooth Graphene coating, your high-end vehicle is likely to draw the attention of passersby.