Graphene Matrix Coating – Professional Level of Protection

Graphene Matrix Coating – Professional Level of Protection

Graphene Matrix Coating is an advanced formula that offers a professional level of protection. It reduces the likelihood of water spots and etching, increases durability and resists contamination. This unique formula is available from

Graphene Matrix Coating Reduces Water Spot and Etching Potential

This innovative new coating offers superior durability and improved water spot resistance. Its ultra-high surface sheer angle and hydrophobic properties help it shed water with ease. This means less chance of water spots and etching. In addition, this coating forms a protective barrier to minimize future maintenance needs.

Superhydrophobic Graphene-Based Coating

Researchers developed this water spot-resistant coating by applying a superhydrophobic graphene-based coating to steel surfaces. The coatings may fabricated using potentiostatic electrodeposition of Ni and graphene. The graphene was synthesized from rice straw, which is an environmentally friendly material. Results obtained by Raman spectroscopy, Fourier transform infrared spectroscopy, and scanning electron microscopy demonstrated the coatings’ successful formation and microstructure.

Microfiber Towel or Polishing Pad

After applying the Graphene Matrix Coating, it is important to remove any excess residue using a microfiber towel or polishing pad. The first wipe should remove about 80% of the Graphene Coating residue. The second wipe should remove the remainder.

Reduces Water Spot and Etching Potential

Using the latest nano coating technology, Graphene Matrix Coating V2.0 is a durable, flexible, and easy-to-apply finish. Unlike traditional car waxes, which may applied by hand, the product applied directly to the paintwork, reducing the risk of water spot etching and deterioration. The coating also creates a barrier on top of the paint surface, which resists abrasion and weathering. This enables the application to be one-size-fits-all, with near-permanent results.


Graphene coatings have several advantages over ceramic coatings. One of the most important benefits of using graphene is that it is more durable and resists UV degradation. It is also less reactive than ceramic, making it easier to apply. Another advantage of graphene coatings is that they reduce the weight of a vehicle, which will increase its fuel efficiency and handling.

Ceramic and Graphene Coatings

Ceramic and graphene coatings may designed to work with the characteristics of your paint system. While they cannot completely prevent water from spotting, they can provide significant vehicle enhancement and functional lifestyle benefits. However, it is important to remember that there are other factors in the car’s environment that can affect the appearance and quality of its paint.

Graphene Matrix Coating

Increases Durability

The present study shows that Graphene matrix coating can increase the durability of materials. The anticorrosion behaviour of graphene-coated samples was significantly improved compared to copper. The graphene-coated samples were less susceptible to corrosion due to the anticorrosion property, and they also had higher top surface coverage than copper.

Latest Nano Coating Technology

Graphene matrix coating V2.0 uses the latest nano coating technology to create a strong and flexible coating. It can apply on any surface, making it more versatile. Its high surface sheer angle allows it to resist water spots and etching. This makes future maintenance easier and less time-consuming.

Semi-Permanent Finish

Graphene matrix coating is a semi-permanent finish. If you are planning to apply this product to your vehicle, it is important to thoroughly clean the surface. It can help remove polish oils, residues, and residual water, which can affect the curing process of the coating.

Resists Contamination

Graphene Matrix Coating V2.0 is an excellent choice for protecting your vehicle’s finish from contaminants and damage. The coating, which may based on Reduced Graphene Oxide (RGO), bonds to form an impenetrable layer of protection. The coating is also easy to apply compared to standard ceramic coatings. It doesn’t crystallize or harden like a conventional ceramic does, so you’ll never have to worry about streaking and high spots.

Graphene Matrix PRO

Graphene Matrix PRO has a high surface sheer angle, which means it sheds water and reduces the risk of etching, staining, and contamination. It also forms a barrier on the surface, making it resistant to abrasion and oxidation. In addition, the coating is durable and can withstand future cleaning and maintenance without damaging its integrity.

Graphene/Waterborne Epoxy Composite Coating

The corrosion resistance of graphene/waterborne epoxy composite coating was investigated in a CO2-satarated NaCl solution. The composite coating was prepared by dispersing graphene and carboxymethylcellulose sodium in waterborne epoxy.


Scanning electron microscopy and transmission electron microscopy were used to characterize the coatings. Raman spectroscopy and electrochemical impedance spectroscopy were also used to determine corrosion resistance. Compared to the waterborne epoxy coating, the graphene/waterborne epoxy composite coating exhibited a lower corrosion rate than its counterpart.

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