Artdeshine GRAPHENE COATINGS!!! Are Graphene Coatings Here To Stay?

Описание: Today, we put Art De Shine Graphene Coatings through the Apex Detail Review Process! In order to achieve the best shine and protection, Artdeshine formulates and manufacture specialised automotive care products that cannot be found elsewhere. Graphene in its simplest form, at just one atom thick, is the lightest, strongest and thinnest material known to man. Its excellent properties make it a desirable substance to be incorporated into car coatings. While Graphene might seem perfectly suited for such applications, it is not an easy substance to work with and requires special techniques for it to disperse evenly in a liquid - absolutely required for it to be used effectively as a coating. Artdeshine is the first automotive care products brand to successfully harness the benefits of Graphene applied as a surface protection coating that exhibits enhanced tensile strength, durability as well as flexibility. Artdeshine's Nano Graphene coating is also extremely capable at reducing heat absorption, the main cause of ugly water etching spots that ruin the surface of your paint. It is also corrosion and chemical resistant, protecting your paintwork from bird droppings, tree sap, dead bugs and other harsh chemicals.

This is a made-easy to apply consumer-grade graphene coating. Strong waterspot prevention, rapid heat dispersion, reduced surface temperature, corrosion and chemical resistance. Reduced graphene oxide and Polydimethylsiloxane are combined in this product to reduce surface temperature and disperse heat quickly. The cooler surface reduces the effects of water etching, corrosion and harmful chemical reactions.

Art De Shine Graphene BX....https://carzilla.ca/?ref=fr-we6vp9mu

Shake well (important), then apply enough products that'll create a fine oily film on a 2x2 ft section.
Must be applied in a shaded cool area.
Let it set for no longer than 20 seconds, then wipe off.
If the ambient temperature is too hot and streaking starts to occur, either use the coating again on the area and wipe off right away (it uses the solvents to take the high spots off), or use a damp towel to remove streaks then buff with a dry towel.
Cures in 24~48 hours, layerable in 4~6 hours.

First we have to understand what graphene oxide is. Graphite oxide – graphene oxide - rGO/ From graphite oxide, oxidisation agents are used to cause a reaction that increases the interplanar spacing between the layers of graphite. Importantly, this allows the oxidised graphite oxide to be dispersed in a base solvent like water and such so that graphene oxide can be produced.


Both graphite oxide and graphene oxide are chemically similar but structurally different. The main difference is through the oxidisation that changes the interplanar spacing. Now the most important thing to know is the reduction of GO into rGO. This determines the quality and how close the rGO will be to pristine graphene-based on the methods used. Of course, the rGO we used is not almost pristine graphene as that is unnecessary for our application and an added cost to our product.

opical regions and summer, heat and UV from the sun can have a detrimental effect on surfaces. Heated surfaces soften and weakens. Any substances like bug splatter, bird droppings, plant sap or even leftover rainwater will heat up and become more reactive. This allows the substances, both acidic or alkali to cause damage or corrode surfaces easily, resulting in marks, etching and spotting. In colder regions and winter, contaminants like present in ice/snow is just as damaging to surfaces. The use of salt to deice roads adds to the problems.

PDMS when compared to many other base components like SiO2, has a lower thermal conductivity, thus lowering the absorption of heat. This reduces the chances of substances reacting on treated surfaces. The slickness/smoothness of PDMS reduces the ability of ice/snow from sticking onto surfaces.

The rGO we used has shown the ability to help our product resist corrosion, disperse heat quickly and reinforce polymer matrixes (denser polymer). rGO is used with the purpose of reinforcing the toughness of PDMS, prolonging their durability and ability to stay on treated surfaces. While PDMS itself already possess great anti-corrosion capabilities, rGO by itself is an excellent anti-corrosion material to supplement PDMS.

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