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What is Graphene Coating? Its Advantages over Ceramic Coating?

Automotive industries advances, the search for superior protective coatings has led to the discovery of groundbreaking technologies. From the multiple variations available, graphene coating has gathered significant attention. The technologically advanced material is made up of a single layer of carbon arranged in a structure of hexagonal lattice.       

Graphene Coating Explained:

Graphene, a form of carbon with exceptional conductivity, strength, and flexibility, is the key ingredient in graphene coatings. The thin graphene layers deposition on the surface help create a protective shield that is better than the conventional alternatives. Ceramic coatings are made up of inorganic materials, graphene coating has unique carbon properties to have durability and performance

Benefits of Graphene Coating for Cars:

Protection and Durability:

  • Apart from the aesthetic appeal, graphene coatings’ major function is to provide a layer of protection to the paint of the car. The major functions of the shield include UV protection, environmental contaminant protection and scratches proof. Graphene coating helps protect the exterior of a vehicle.

Resale Value:

  • Contrary to common belief, well-executed and professionally applied graphene coating can potentially enhance a car’s resale value. A well maintained car helps increase the visual appeal of the vehicle. This does not let the market value decrease and attracts buyers.

Water and Dirt Repellant:

  • When applied on cars the graphene provides a protection against water as it is hydrophobic in nature. It also protects the car from the dust, grimes as well as other contaminants which keeps the car clean for a longer time. These make the vehicle easier to clean. 

Graphene Coating V/S Ceramic Coating:

Exceptional Durability:

  • Graphene coating surpasses ceramic coating in terms of durability. The single-layer carbon structure forms an impermeable barrier that resists scratches, swirl marks, and minor abrasions more effectively than ceramic alternatives. The durable nature provides a long lasting layer of protection.

Superior Thermal Conductivity:

  • One of graphene’s most remarkable properties is its exceptional thermal conductivity. Unlike ceramic coating, which can trap heat, graphene disperses it efficiently. Thermal conductivity helps protect surfaces from damage caused by temperature.

Enhanced Chemical Resistance:

  • Graphene coatings exhibit superior resistance to a wide range of chemicals, including harsh solvents and acids. Protection of a car’s surface against pollutants, sap, debris and substances that can be corrosive in nature can cause damage to ceramic coating over time.

Flexibility and Adaptability:

  • Graphene’s flexibility allows it to conform seamlessly to various surfaces, including intricate and curved designs. Unlike ceramic coatings, which may crack or chip when exposed to extreme flexing or bending, graphene coatings maintain their integrity. This nature allows graphene coating to be flexible such as in body panels.

Reduced Thickness, Enhanced Performance:

  • Graphene coatings can be applied in thinner layers compared to ceramic coatings while maintaining or even exceeding performance. This not only results in a lighter overall coating but also allows for a more precise application, reducing the risk of uneven surfaces or over-application that can occur with thicker ceramic coatings.

Improved Water Repellency:

  • Graphene coatings excel in water repellency, surpassing ceramic coatings in this regard. The hydrophobic properties of graphene ensure that water beads off surfaces effortlessly, carrying away dirt and contaminants. This not only facilitates easier cleaning but also provides a self-cleaning effect, keeping surfaces looking pristine for longer periods.

Electrical Conductivity:

  • Unlike ceramic coatings, which are insulators, graphene coatings retain the electrical conductivity of graphene. This property opens up new possibilities for applications where electrical conductivity is essential, such as protecting electronic components or devices without compromising their functionality.

Environmental Sustainability:

  • Graphene, being a carbon-based material, holds an advantage over ceramic coatings in terms of environmental sustainability. The process of graphene coating production usually has less resource intensive process as compared to ceramic coatings. This makes the graphene coating a more sustainable option.

​Maintain The Pristine Aesthetic of Your Car with Fortify Car Care

The need to protect your car is essential for all car enthusiasts. When making such decisions it is important to make informed decisions. The graphene coating stands out due to its transformative, sustainable option that has many advantages over ceramic coating. 

With exceptional durability, chemical resistance, and flexible nature, Fortify Car Care provides a high-quality graphene coating. We have a dedicated team that provides the best detailing for cars. At Fortify Car Care, we aim to provide the best car care and surface protection. We are your one-stop solution for all auto detailing needs.

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