Graphene Coating VS Ceramic Coating

Graphene vs Ceramic Coatings

Ceramic coatings and sprays have emerged as the primary guardians in the realm of automotive detailing, offering top-tier protection. Not long ago, ceramic-infused coatings, waxes, sealants, and spray coatings were exclusive offerings at dealerships and detailing outlets. Today, they've permeated the landscape, finding a place in virtually every DIY detailer's toolkit. The market boasts an array of products from major car care brands, with some proving their efficiency while others fall short, languishing on shelves.

Do ceramic coatings live up to their claims? 

Undoubtably. The compound silicon dioxide (SiO2) present in ceramic coatings offers markedly superior protection compared to traditional waxes and sealants. Leveraging nanotechnology, these coatings bond with surfaces — paint, wheels, glass, and trim—at a molecular level. This process effectively fills in minuscule imperfections on your vehicle's paint, resulting in a hydrophobic surface so smooth that it imparts a distinct "slick" tactile feel.

Do Ceramic and Graphene Coatings Come at a High Cost?

The pricing spectrum for ceramic coatings varies widely. Premium-grade ceramic products, known for delivering optimal outcomes, often exceed £100 per bottle and some are only accessible to certified professionals. DIY alternatives from brands like Infinity Wax and CarPro usually sit at around £45+.  Additionally, numerous spray-based ceramic coatings such as Autobrite Hard Coat, Carbon Collective Clear Coat Lite, among others present more affordable options suitable for a broader consumer base.

What is the Lifespan of Ceramic Coatings?

Ceramic coatings boast remarkable durability, ranging from a few months to several years. Professional-grade ceramic coatings assert longevity of up to 5-7 years, a significant leap from traditional paste wax that lost its hydrophobic properties within 90 days. While authentic ceramic coatings offer exceptional durability, they may not suit everyone's needs or financial constraints.

What is a Graphene Coating?

Graphene coatings have emerged as the newest breakthrough in automotive detailing. For those frequently on social media, the surge in ads for graphene products is hard to miss. Discovered by British professors back in 2004 (earning them a Nobel Prize in 2010), this carbon-based nanomaterial isn't entirely novel. Presently, it's gaining traction in detailing circles, propelled by major brands such as 3d Car Care and Adams Polishes which tout graphene products promising up to a decade of protection. Yet, uncertainty lingers. Some professional detailers and YouTube influencers like Pan The Organizer remain unconvinced, highlighting the lack of conclusive evidence supporting its superiority over ceramic coatings and the limited adoption by other major car care brands.

What are the benefits and strengths of Graphene Coatings?

Graphene boasts numerous advantages in automotive applications, showcasing strengths when compared to ceramic coatings. Here's what they offer; 

  • Enhanced water contact angle (resulting in superior beading)
  • Anti-static properties (keeping dust at bay)
  • Remarkable flexibility (less vulnerable to cracks or chips)
  • Simplified application process (user-friendly)
  • Unrivalled durability (lasting between 5 to 10 years!)

Graphene's slickness factor ranks remarkably high, placing it on par with some of the finest coatings and sealants available. If you're a fan of that captivating water beading effect, graphene is sure to delight you.

In comparison to ceramic coatings, graphene exhibits several advantages:

  • Reduced susceptibility to water spotting
  • Simpler application procedures
  • Decreased heat absorption on treated surfaces
  • Extended longevity

How do you prep for graphene coatings?

Like with ceramic coatings and nearly every other sealant available, it's vital to adequately prepare the vehicle's surface before applying a graphene coating. Here are the steps we recommend before installing a graphene coating:

  1. Thoroughly wash using the two-bucket method.
  2. Perform a clay bar paint decontamination.
  3. Conduct a chemical decontamination.
  4. Consider at least a single-stage paint correction.
  5. Clean the panel with paint prep.
  6. Use clean microfiber towels to wipe down your vehicle.

If you're pressed for time, opt for a high-quality car wash employing three detailing buckets (wash, rinse, and wheels dedicated buckets). Follow this with a complete clay bar treatment to eliminate imperfections before using a graphene coating or graphene spray coating. Applying a sealant, coating, or wax on top of contaminants or old coatings is never advisable. Once a graphene or ceramic coating is applied, it adheres for a considerable duration, locking in any underlying imperfections. Therefore, dedicating time to thorough preparation before applying a coating ensures optimal results.


In conclusion, weighing the options between Graphene and Ceramic Coatings in the automotive detailing realm, it's clear both possess distinct advantages and considerations. Ceramic coatings have solidified their place as reliable protectors, utilizing silicon dioxide to offer superior defence compared to traditional options. They are marked by exceptional durability and a smooth, hydrophobic finish that lasts years. Yet, the cost varies widely, spanning from premium professional-grade to more accessible DIY alternatives. Graphene coatings, the newer player in the field. Promising up to a decade of protection, they tout advantages like enhanced water resistance, simplified application, and decreased heat absorption. However, scepticism remains due to the lack of comprehensive evidence supporting their superiority over ceramics and limited industry adoption. Prepping for either coating demands meticulous surface preparation to ensure optimal results. Following specified steps thorough washing, decontamination, and paint correction is crucial, ensuring a clean canvas for these long-lasting coatings. While Graphene coatings show promise, the key lies in patience and conducting individual testing before embracing the hype. As the market evolves, rigorous comparisons will determine their true potential. In this evolving landscape, the best choice might reveal itself with time and thorough examination.


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