Protection

What is a graphene coating

<p>The graphene coating is fairly new on the market for the detailing industry&comma; instead of focussing on ingredients like SiO2 or other polymers&comma; the main ingredient is graphene&period; Graphene is a form of carbon&comma; which is known to be very durable and strong under the right circumstances&period;<br &sol;>&NewLine;<&excl;--more--><&sol;p>&NewLine;<h2>What is graphene<&sol;h2>&NewLine;<p>Graphene&comma; also known under the name graphite&comma; is a single sheet of graphite&period; The microscopic surface graphene has an incredibly high surface area and is formed out of many hexagonal rings that or connected to each other&period; The total structure is known to be very strong and durable&period; Under the right circumstances it can retain a flexible property while still resisting large forces&period; Due to its very tightly packed carbon atoms&comma; it is very stabile and can be used on many different forms&period; One of the popular uses is to give strength to materials it is applied to&period; Carbon fiber can be considered an example of this&period; As a nano-layer it is small enough to be invisible&comma; and versatile enough to be applied to almost any material&sol;surface&period; Due to its predictable surface formation&comma; it can be repaired fairly easily&period; The self-repariring or self-healing property is mostly thanks to the addition of exposure of carbon-containing molecules&comma; such as hydrocarbons &lpar;many waxes&comma; such as parrafin wax are hydrocarbons&rpar;&period; This makes it very easy to maintain the coating&period; Wear and tear could &lpar;in theory&rpar; be easily solved by applied a hydrocarbon-rich product that allows the nano-structure to heal and correct itself&period; This property has not yet been tested throughly enough in the world of detailing to conclusively say if the adaptations in the automotive industry support this behavior&period; There is still a risk that the process of turning it into a coating makes it lose certain properties&period;<&sol;p>&NewLine;<h2>Application of a graphene coating<&sol;h2>&NewLine;<p>The products that are currently offered on the market are applied in the same way as SiO2 coatings are applied&period; The surface needs to be prepped properly and cleaned throughly&period; Any contamination on the surface can cause the coating to not adhere properly to the surface&period; Preparation of the surface is sually key to the performance of the product itself&period;<&sol;p>&NewLine;<h2>Downside of graphene coatings<&sol;h2>&NewLine;<p>The use of graphene in coatings is fairly new&comma; and is still a subject that needs further development&comma; testing and real life experience&period; However&comma; due to the properties that graphene is known for&comma; it is possible to predict some downsides of the use of this new material&period; These include the high cost&comma; large difference in performance due to different concentrations of the material&comma; unknown effects from contamination on the surface during application and the relationship between durable and hardness&period;<br &sol;>&NewLine;Because of the new developments&comma; the graphene coatings are often more expensive then regular coatings&period; Because the subject is getting more popular&comma; there is an increased risk of fake-graphene coating being released on the market&period; Other manufacturers might also choose a recipe with a lower concentration of graphene&comma; which might cause the product to perform less well then others with a higher concentration&period; With SiO2 coatings&comma; it a popular mis-belief to think that the hardest coatings are the most durable ones&period; This is not true&comma; because hardness often leads to less flexible and there fore more prone to microscopic chipping and breaking of the nano-surface&period; Graphene has the ability to be extremely strong yet flexible&comma; which might lead to a lower level of hardness&comma; even though the material is much more durable then regular &lpar;non-graphene&rpar; coatings&period; Seeing as the H-scale of hardness is often used within marketing to sell a product&comma; this lower hardness might cause the graphene coating to loose popularity&period;<&sol;p>&NewLine;<h2>Main difference between graphene and SiO2 coating<&sol;h2>&NewLine;<p>Because the short period in which the graphene coating has been offered&comma; it is difficult to say how the difference between both coating compare&comma; mostly because it is not yet clear how the coating performs when certain ingredients are added in different quantities&period; It is also yet unclear how different conditions play a role in its performance&period; Nonetheless&comma; it is possible to predict how some properties should compare with the SiO2 coatings&period;<&sol;p>&NewLine;<table>&NewLine;<tr>&NewLine;<th><&sol;th>&NewLine;<th>SiO2 coating<&sol;th>&NewLine;<th>Graphene coating<&sol;th>&NewLine;<&sol;tr>&NewLine;<tr>&NewLine;<td>Hardness<&sol;td>&NewLine;<td>Possibly harder then Graphene<&sol;td>&NewLine;<td>Probably less hard then SiO2<&sol;td>&NewLine;<&sol;tr>&NewLine;<tr>&NewLine;<td>Application<&sol;td>&NewLine;<td>Should be the same<&sol;td>&NewLine;<td>Should be the same<&sol;td>&NewLine;<&sol;tr>&NewLine;<tr>&NewLine;<td>Durability if not maintained<&sol;td>&NewLine;<td>Good&comma; should last a year<&sol;td>&NewLine;<td>Very good&comma; could last a few years<&sol;td>&NewLine;<&sol;tr>&NewLine;<tr>&NewLine;<td>Durability if well maintained<&sol;td>&NewLine;<td>Good&comma; should last a few years<&sol;td>&NewLine;<td>Very good&comma; might last many years<&sol;td>&NewLine;<&sol;tr>&NewLine;<tr>&NewLine;<td>Chemical resistance<&sol;td>&NewLine;<td>Only suffers from very low pH values<&sol;td>&NewLine;<td>Should be able to resist most &lpar;to all&rpar; chemicals<&sol;td>&NewLine;<&sol;tr>&NewLine;<tr>&NewLine;<td>&lpar;self&rpar; Healing<&sol;td>&NewLine;<td>Very little to none<&sol;td>&NewLine;<td>Reasonably easy with the proper products<&sol;td>&NewLine;<&sol;tr>&NewLine;<tr>&NewLine;<td>Cost<&sol;td>&NewLine;<td>Acceptable<&sol;td>&NewLine;<td>Fairly high at the time of writing<&sol;td>&NewLine;<&sol;tr>&NewLine;<tr>&NewLine;<td>Ease of use<&sol;td>&NewLine;<td>Should be the same<&sol;td>&NewLine;<td>Should be the same<&sol;td>&NewLine;<&sol;tr>&NewLine;<tr>&NewLine;<td>Filling in imperfections<&sol;td>&NewLine;<td>Should be the same<&sol;td>&NewLine;<td>Should be the same<&sol;td>&NewLine;<&sol;tr>&NewLine;<tr>&NewLine;<td>Versatility<&sol;td>&NewLine;<td>Reasonable &lpar;trims&comma; glass&comma; paint etc&rpar;<&sol;td>&NewLine;<td>Currently only paintwork<&sol;td>&NewLine;<&sol;tr>&NewLine;<tr>&NewLine;<td>Effect of applying wax or sealant on top<&sol;td>&NewLine;<td>Not needed&comma; but possible<&sol;td>&NewLine;<td>Not needed&comma; but could be needed to activate the self healing<&sol;td>&NewLine;<&sol;tr>&NewLine;<&sol;table>&NewLine;

Vinnie van Rooij

Vinnie started the DetailingWiki Project in december 2015, and his quest is still going strong. Hoping to create a solid and informative center of information for anybody who is into detailing.

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Vinnie van Rooij

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