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Graphene Vs Ceramic Coating - Water Spot Resistance | Ethos Car Care
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- เผยแพร่เมื่อ 13 ส.ค. 2020
- Is Graphene Matrix better at preventing water spot damage than Ceramic Coatings?
Buy Graphene Matrix: ethoscarcare.c...
Ceramic Coatings main achilles heel has been water spotting/etching. Park your car next to a sprinkler or catch a brief rain shower and you can find yourself extremely disgruntled and frustrated that the coating you have chosen to protect your vehicle has left it spotted and etched.
Our Breakthrough Graphene Matrix technology takes all the advantages of Graphene (The strongest, thinnest material in the world) and pairs it into an easy to install hand applied coating.
With Graphene Matrix you can expect an increased resistance to water spotting comparable to Ceramic Coatings.
In addition you can expect:
-Durability Measured in Years, Not Months - Finally achieve 5+ years of protection from just one, easy application
-Superior Strength and Flexibility - Long term protection against paint fading, oxidation, UV rays, bug etching and water spotting
-Incredible Hydrophobic Properties - Repels water and contaminants unlike any other product before
-Imparts a Rich, Deep Shine and Ultra-Slick Coating - Creates stunning reflections while leaving a silky smooth finish behind
-High Temperature Resistance 2200-3300*F - Designed to withstand the toughest of conditions
THE MOST ADVANCED NANOTECHNOLOGY INFUSED COATING ON THE MARKET
Graphene Matrix creates an extremely durable protective coating with superior strength, flexibility and repellency that enhances and maintains vehicle finishes. A revolutionary DIY coating with cutting edge Graphene technology that creates remarkable shine and protects any vehicle effortlessly.
Hi why didn't you show us you trying to wipe off the water spots. That would have made your video credible.
Please make your products available in the UK 🙏👍
Coming very soon!
Would be cool if you demonstrated this real time, at least a time lapse of the panel being hosed down and drying under the hot sun. Why was it so hologrammy by the way? Was it wiped down with too much product?
Thanks for the feedback, we can make a video showing that.
@@ethoscarcare Excellent!
Did you allow the ceramic coating to cure properly? I ask because the only time I've ever seen what you show is getting wet too soon. Just want to make sure its an even playing field.
Yup, both received the same cure time.
What was the Ceramic Coating that was used? Was it a True Ceramic Coating because most So-called Ceramic Coatings are not really a Ceramic Coating but just a Quartz Coating. A video like this should have been had a Time Lapse video.
In your eyes, what’s the difference between a quartz coating and “ceramic” coating?
This was a true, Polysiloxane based multi-year durability ceramic coating. They’re called many different names, quartz, ceramic, Nano etc. but they’re all from the same category of protective coatings.
@@ethoscarcare A Coating with Silica Carbide and not just SiO2
@@audiovideotech9777 Are you talking Optimum coatings then? Per Dr G Silicon carbide or SIO2 based coatings are still ceramic coatings. "A ceramic material is an inorganic, non-metallic, often crystalline oxide, nitride or carbide material. Some elements, such as carbon or silicon, may be considered ceramics. "
Is the graphene coating a mixture of graphene and ceramic or is it all graphene. I’m just not sure how it works or the chemistry between the two?
Good question, Ours is all Graphene not a ceramic. But we just made a video discussing this in depth. Check it out!
@@ethoscarcare That's interesting, Adams claims "Graphene alone will not form a coating. Period. Graphene is a flat non-reactive plane, it will not form a bond with other things." May I ask what you guys are using as a binder?
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How does a graphene coating resist water spots?
This is due to its carbon based chemistry. Sio2 based coatings use a process called Hydrolysis in which 02 and hydrogen is shared to crosslink and cure the coating into a hard membrane without the use of heat. This is how the term "Heatless glass coatings" has come around.
When a ceramic coating sees water on a surface, which is just a hyper condensed form of Hydrogen and Oxgyen which is used to crystallize the coating to begin with it wants to further crosslink and with it reacts to the silica and other minerals in the water itself.
Graphene Coatings will actually release some of its oxidative elements to cure and attract Nitrogen and other gases in the atmosphere to cure. These oxidative elements are by products of the manufacturing process as Graphene is refined to GO (Graphene Oxide) and rGO (Reduced Graphene Oxide). Making it much less susceptible to water spotting due to less vulnerabilities of strictly Si based chemistry.
Please stop using phone-o-vision.
But its sooo much easier to upload with the phone.. especially short clips like this.. I had no problem viewing what he was showing.. it was crisp and clear for me👍🏼
It’s impossible to make everyone happy 🤷🏼♂️
I purchase your products so I felt I should comment. You’re doing a dis-service to your product line.
Steven Clemmer we appreciate the feedback!
Ok so if the graphene side spots can be easily removed...show that. If the ceramic side can't....show that. Just my opinion. Pleased with other videos show casing your product.