That white pearl is really beautiful thanks to your care. Very silky smooth.
I agree, keep this updated. I’ll be following along.
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That white pearl is really beautiful thanks to your care. Very silky smooth.
I agree, keep this updated. I’ll be following along.
I just read the product page. Ya know, I think a black (ease of seeing imperfections) Jeep Wrangler would be a great test for this coating. Lower doors get lots of road spray, and dirt,rocks, etc if driven on dirt roads and trails.
I don't really consider a product that needs boosting at a specified interval as lasting 25 years. One coat that lasts 25 years, do the test and then report back. Until a company can back up their claim that just a marketing blurb.
I have never owned a white vehicle and my wife has never owned one that wasnt white.
Yeah well everything requires a "boost" now and then, plus maintence. I mean embedded contaminants are always going to be there and since this product is so thick I wonder if mechanical decon is still possible w/o hurting the coating too much, I'm sure chemical decon would be just fine.
By the time that coating is about 25% through its life graphene technology will be more advanced and the chemists will be working on THE NEXT THING[emoji848]
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I wouldn't put too much faith in it self healing anything more than very fine scratches. Even as 'thick' as this coating is at 4-6 μm (roughly 0.236 mils) it still falls far short of self-healing PPF (8 mils) as far as thickness and even self-healing PPF gets jacked up with scratches over the years. I'd hazard a guess any defect that requires a polish on a light cutting pad to remove will far exceed any coatings ability to 'self-heal' to any visible/meaningful degree.
I guess ya never know though, maybe they've 'cracked the code'...only time will tell.
This could be the longest, oldest thread in the history of the internet[emoji848][emoji1]
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