What is Graphene Coating? Its Advantages over Ceramic Coating?

Graphene coatings are considered the newest innovations to emerge in the automobile industry. However, Graphene is a carbon-based material that is not really new. Graphene comprising one layer of carbon atoms, is praised as the sturdiest material known to exist on earth. It is 200 times more rigid than steel and lighter than paper. Two things account for this strength. Today, Graphene is increasingly getting accepted among detailers due to its hardness and ‘anti-static properties. Furthermore, it does not allow the dust to settle down on the surface coated with it because of its anti-static properties.

Benefits of Graphene Coating

• Exceptional Water-Repelling Capabilities: Setting a new standard for hydrophobic properties, the coating impressively repels water and surface contaminants.
• Reliable and Proven Effectiveness: Gaining the trust of professional car detailers globally, this product comes with a robust guarantee of satisfaction, underscoring its proven performance.
• Long-Lasting Protection: Offering robust protection that lasts over five years, it significantly surpasses traditional products in durability.
• Enhances Visual Appeal with a Lustrous Finish: The coating not only enhances the vehicle’s appearance with deep, captivating reflections but also leaves behind a smooth, satiny surface.
• Effortless, User-Friendly Application: Designed for an easy, do-it-yourself approach, the application process is simple and does not require special tools or extensive experience.

Advantages of Graphene Coating over Ceramic Coating

1. Longer durability than ceramic coating: Ceramic coating for cars is sturdy protection, and its longevity has been one of the major reasons for its recognition in the industry. But it’s exciting to note that with the addition of Graphene, the durability could be further strengthened. Due to its 2-dimensional structure and honeycomb lattice, Graphene is thin, lightweight, and very strong. It allows unsurpassable durability to the surface coated with Graphene. Once applied, you can enjoy the glossy finish of 10 H hardness for 3-4 years. Your crystal shield coating will not wear down due to rain or shine.
2. Ultra-high gloss, depth of colour: The nanoparticle Graphene layer leaves an attractively rich, deepened gloss that considerably enhances the shine and appearance of your paint.
3. Better hydrophobic properties: Graphene has a higher contact angle because of its chemical composition and honeycomb structure, making water slide off easier on the surface than the conventional coating. Less water on the surface means less evaporation, which means no troublesome water spots staying behind your car’s bonnet.
4. Less water spotting: As traditional ceramic coatings are notorious for retaining heat and increasing water spotting, combining them with Graphene makes the top layer of the coating more heat resistant. This ensures you do not have to waste money polishing water spots that have engraved themselves into your car’s surface.
5. Repel Dust: Graphene enjoys privileges based on its chemical properties. To get a little technical, Graphene is said to be “anti-static,” considering its conductivity properties. This implies that it repels dust and other minute or microscopic particles and doesn’t allow them to settle down on the surface coated with it.

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Is Graphene Coating better than Ceramic Coating?

You can attain relatively diverse outcomes from the same coffee maker by only changing the coffee beans. That is just the situation with nano-coatings. Graphene and ceramic coating use the same theory, but the finish outcome is considerably unlike. In comparison, both coatings provide fortification against water, UV rays, and grime, and graphene benefits from being the sturdiest substance on the planet. Additionally, it is one of the thinnest and credited to its “one atom” formation. Lighter and sturdier signifies that it can bond to any surface more effectively.

In terms of cost, Graphene is quite costly compared to ceramic coating. However, it is simple to use; Graphene coating does not solidify or crystallize as a regular ceramic, lowering the likelihood of irreparable high spots or streaking. We could think about ceramic coating as an improvement from the usual ceramic coating. Hence, at last, the question arises: Which coating is better? While comparing the benefits offered by both products, it is irrefutably clear that graphene ceramic coats have the advantage over conventional ceramic coatings.
However, graphene ceramic coating is a little pricier than conventional coatings; graphene ceramic coatings have superior properties and added benefits that give you worth for money in the upcoming years. They have better durability and also give generous fortification against scrapes because of superior flexibility. With a stylish coating of ultra-smooth graphene ceramic coating, your luxurious vehicle is certain to grab the attention of others.

How to Apply Graphene Coating?

Humidity and temperature play a big factor in “flash” time (the time between application and when the coating is ready to be wiped off). We recommend applying in temperatures between 65 and 75. Flash time would be expedited in high temperatures, so the first test applying a small section to determine workability before moving into the rest of the vehicle. Graphene coating could be applied to any painted, plastic, or glass surface (including windshield).

To ensure the optimal application of graphene coating, it is essential to meticulously prepare the vehicle’s surface. Here’s How:

1. Initial Cleaning: Begin by thoroughly removing any loose dirt or surface contaminants. This includes cleaning off debris from the paint and fiber surfaces to create a clean base.
2. Contaminant Removal with a Clay Bar: Utilize a clay bar to delicately extract any stubborn, embedded particles from the surface. This step is crucial to prevent any impurities from affecting the coating’s effectiveness.
3. Surface Refinement: Address any visible paint imperfections such as scratches, swirl marks, or signs of oxidation by polishing or compounding the vehicle. Since Graphene Coating forms a semi-permanent layer, it’s vital to correct these defects beforehand, as they’ll be encapsulated beneath the coating.
4. Elimination of Polish Residues: After polishing, it’s important to remove any residual polish oils or substances. A thorough wipe-down with Isopropyl Alcohol (IPA) ensures a clean surface, crucial for the coating’s adherence.
5. Drying Hidden Moisture Spots: Check for and dry any moisture trapped in areas like panel gaps, around headlights, or taillights. This step is essential to prevent any water from seeping out and disrupting the coating’s curing process.

The Application Process

To ensure a successful application of Graphene Coating, strictly follow these steps:

1. Preparation of the Coating: Vigorously shake the Graphene Coating bottle to ensure its contents are well-mixed.
2. Applicator Saturation: Gently pour the Graphene Coating onto your applicator pad, ensuring it’s uniformly saturated but not overly drenched.
3. Starting with Flat Surfaces: Begin with the horizontal or top sections of the vehicle. Apply the coating in straight, slightly overlapping strokes. Focus on manageable sections, roughly the size of a car door or half the hood, adjusting the area size based on the prevailing humidity and temperature.
4. Smooth Application Technique: Ensure the applicator moves smoothly across the surface. If you notice dragging or uneven application, replenish the applicator with more coating.
5. Observing the Bonding Process: Shortly after application, a ‘Rainbow Effect’ will appear, more noticeable on darker colors. This effect, transitioning to a fog-like haze within 1 to 3 minutes, indicates the coating is ready for removal. Note that environmental conditions can affect this timing, so it’s advisable to test a small section first.
6. Residue Removal: Employ high-quality microfiber towels for residue removal. The first pass should eliminate about 80% of the residue, with the second pass clearing the remaining 20%. Use gentle, circular motions with minimal pressure.
7. Inspection for Excess Coating: After wiping, inspect adjacent areas for any overspread of the coating. A flashlight or phone light can be helpful for this. If residue is left unattended for too long, it may cure into a noticeable spot, potentially requiring polishing to remove.
8. Proceeding to Other Areas: Continue this process across the vehicle, treating paint, trim, plastics, and glass in the same manner. Allow at least an hour between layers if adding multiple coats.
9. Drying and Curing Time: Once coated, let the vehicle dry undisturbed for at least 48 hours. The coating continues to cure over approximately 5 days. While it’s okay to drive the car during this period, avoid exposing it to water for optimal curing.

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Frequently Asked Questions