Coach Steve
New member
- Jun 12, 2013
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Does anyone know? It seems that since everything went to hybrid ceramic formulas, they're not mentioning it on the bottle for some reason. Was that the trade off, gloss for uv inhibitors?
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Not sure but FK1000p offers “heavy duty resistance to UV”. It really is a great product.
Finish Kare 1000P Hi-Temp Paste Wax, high melt polymer car wax, Finish care auto wax
As far as I know, Optimum Car Wax is the only paint protection that offers the same UV inhibitors found in new clear coat.
Dr. G mentioned that the most difficult part of formulating Car Wax was getting the inhibitors to migrate into the clear.
I don't think its laughable to protect your paint from UV with a wax/sealant/coating. If you left your paint unprotected the clear will probably last 4-5 years before showing sun-burn. If you protected it religiously it could last 20 plus years. This has been my experience in Hawaii where we have the highest UV through out the year in the USA.Your car’s clear coat is designed to absorb UV and prevent fading to your base color. Think about that for a minute…a 35-50 micron coating (aka clear coat) still fails to sun exposure over time. To think that a wipe on wipe off tiny fraction of a wax sealant of coating would have any real effect is laughable. I think hydrophobic coatings help keep minerals and other contaminants off your paint through self cleaning which helps prevent UV degradation, but it doesn’t stop it directly by blocking the UV rays.
I don't think its laughable to protect your paint from UV with a wax/sealant/coating. If you left your paint unprotected the clear will probably last 4-5 years before showing sun-burn. If you protected it religiously it could last 20 plus years. This has been my experience in Hawaii where we have the highest UV through out the year in the USA.
Dmitry over at Dmitry's Garage on YouTube ran a test that concluded there was no measurable/negligible UV blocking effect from a significant portion of the waxes and sealants he's tested over the years. His video hones in on Jet Seal as the main example, applied to microscope/cryoscopic slides which I believe are glass substrate. He ran different control sections to verify the meter is accurate enough to detect UV blocking and there was no change in the value of UV measurements after wiping off cured Jet Seal on the slide.
He set up a great test. I've been mulling over the idea of testing this for years now, and I was actually getting ready to pull the trigger on a handheld UVA/B meter to grab results applying various protectants to protective card toploaders, but his meter ended up being a much more practical, scientific, and simplified solution, and I do not have plans to dive further into the topic than him.
You can see his full video here:
To summarize Dmitry's test, this is the total percentage of UV light blocked by each item he tested:
Microscope Slide (Bare): 8.4%
Eyeglasses: 100%
Rayban Sunglasses: 100%
Microscope Slide + Sprayed Automotive Clearcoat Paint: 88.3%
SPF 70 Aerosol Sunscreen (Not Wiped In): 58.4%
Microscope Slide + Chemical Guys Jet Seal (Cured, Not Wiped Off): 16.4%
Microscope Slide + Chemical Guys Jet Seal (Wiped Off): 8.4%
8.4% minus 8.4% = Zero measurable effect of UV blocking for Jet Seal. He noted he has not tested Optimum Car Wax yet, but it's on the way.