PROFESSIONAL GRADE GRAPHENE COATING FOR BOTH DETAILERS & DIY'ers

Graphene coating is a nano-coating made from graphene, a single layer of carbon atoms arranged in a two-dimensional honeycomb lattice. This ultra-thin coating is renowned for its exceptional properties, including high strength, conductivity, and flexibility. It can protect various surfaces, such as metal, glass, and plastic, by enhancing their durability, anti-corrosion, heat dissipation, and waterproofing capabilities.

Graphene in its pure state does not naturally bond or form a coating, due to its flat, non-reactive lattice structure. It requires a host material or ‘backbone’ to adhere properly.

In the context of graphene coatings, graphene molecules are typically integrated into a ceramic-based matrix. Picture the structure of graphene oxide – the protruding “tails” you see are the parts that can be chemically attached or grafted onto ceramic molecules. It’s this combined structure that bonds with the car’s surface. The ceramic molecule anchors to the vehicle, while the graphene element of the compound faces outward, forming the protective surface layer of the coating. This hybrid structure leverages the unique properties of both graphene and ceramics to provide superior protection and performance.

For a Motorcycle, you’ll typically need 1 bottle of Motor Headz Graphene Coating. For a Small Car, we suggest obtaining 2 bottles, even though a single bottle might be adequate. This ensures that you have enough product for a dual-layer application, delivering superior protection.

For a Sedan, Pick-up, or Jeep, 2 bottles of Motor Headz Graphene Coating should meet your needs. For larger vehicles such as SUVs or Vans, Boats plan to acquire 4 bottles. 

These are general guidelines, and actual usage may vary depending on the vehicle’s size and condition. It’s often a wise strategy to have an extra bottle on hand, so you avoid running out of the coating during the application process.

Absolutely, you can apply Motor Headz Graphene Coating yourself. The key steps involve cleaning and drying the surface thoroughly, applying the coating evenly with an applicator pad, and allowing it to cure for the recommended time. Always follow the manufacturer’s instructions and safety guidelines for the best results.

While both graphene and ceramic coatings offer great protection for your vehicle, graphene coating stands out for its superior water-spot protection, enhanced hydrophobic properties, and high gloss finish, especially on vehicles with dark colors.

Graphene’s unique structure provides an incredibly dense layer of protection against water spots, often outperforming ceramic coatings in this respect. This means less time spent worrying about unsightly marks on your vehicle after rain or washing. Furthermore, graphene’s advanced hydrophobic capabilities repel water at an exceptional rate, keeping your vehicle cleaner for longer periods.

If a glossy finish is your goal, particularly for dark-colored vehicles, graphene coating is an excellent choice. The coating significantly enhances the depth and gloss of the paintwork, giving your vehicle a consistently fresh-off-the-lot look.

While graphene coating might be slightly more expensive than traditional ceramic options, it is a worthwhile investment if you can accommodate it in your budget. For its superior features and performance, graphene coating offers great value, and we recommend it for any vehicle owner seeking optimal protection and aesthetic appeal.

Absolutely, you can apply multiple layers of this product to potentially enhance its longevity. However, it’s important to note that more isn’t always better. Applying the coating more than three times isn’t likely to provide additional durability or hydrophobicity. After the third layer, the product’s effect tends to plateau, meaning additional applications won’t necessarily extend the coating’s life or improve its protective qualities. Strive for balance and quality of application rather than focusing solely on the number of layers.

Motor Headz Graphene Coating offers comprehensive protection across various parts of your vehicle. It safely guards painted surfaces, trim, and bed rail covers. It is equally effective on plastic engine bay components and headlights, as well as bed liners. This versatile coating is designed to provide robust protection to numerous vehicle areas, enhancing their durability and appearance.

CONTACT ANGLE: The contact angle is the angle formed where a liquid meets a solid surface and is a key indicator of the surface’s wettability. A high contact angle (above 90°) signifies that the surface is hydrophobic, leading to water beading up. On the other hand, a low contact angle (below 90°) indicates a hydrophilic surface, causing water to spread out. Specifically, graphene coatings have a contact angle ranging from 110-118 degrees, while traditional ceramic coatings range between 100-110 degrees. This higher contact angle in graphene coatings demonstrates their superior hydrophobicity compared to traditional ceramic coatings.

SLIDE ANGLE: The slide angle determines the incline at which a water droplet begins to roll off a surface. For graphene coatings, this angle is between 5-15 degrees, while for traditional ceramic coatings, it’s between 20-30 degrees. A lower slide angle indicates a more hydrophobic surface, meaning water rolls off more easily. This suggests that graphene coatings exhibit higher hydrophobicity than traditional ceramic coatings. Such a property offers benefits like self-cleaning effects, reduced water spots, and enhanced protection. While the contact angle measures water “beading” on a surface, the slide angle assesses its ease of roll-off.