67 Chevy

From my research, Graphene is the thinnest material due to its one atom structure. Without getting too technical, Graphene is the name for an atom-thick honeycomb sheet of carbon atoms. to achieve this true molecular bond to the paint is the challenge. From the articles I read, and videos I have watched none of the graphene products produce the true 1 atom molecular bond with the paint. Here is a YouTube video that is a must watch if you are considering Graphene coatings. Pay particular attention to the portion of the video where Jim the Chemist from Dr. Beasley's does some independent testing and explains the results. this starts at 21:50 of the video. https://www.youtube.com/watch?v=sbfr35YkDzk Based on Jim's findings, no product achieves this coating. Which leads me to my question for this product, has Adams done any testing of the molecular bond of their product, and do they have any documentation of any testing done. Adams does make the claim of 10H hardness and 7+ years protection. Based on Jim's findings Graphene infused coatings perform no better than a high quality ceramic coating. Based on these findings and Adams claim of 10H hardness, I am curious to know how their product achieves this and do they have any documentation of any testing they have done that substantiates this claim. Not trying to knock Adams products. They make great stuff. Just trying to get all the information before I try this graphene product on my 67 Impala. I have a very expensive paint job on this car, and want to find the best coating available.

How does your product complete the bond to achieve the 1 atom thickness? I have read this is not possible, and that most products on the Market cannot achieve the 1 atom thickness to form complete protection. Dr. Beasley's has had a independent third party test several products on the Market, and they did not achieve the 1 atom thickness. Have you had your product tested to verify it achieves 1 atom thickness? If so do you have any documentation to substantiate this claim? Thanks.