:iagree:
I was under the impression that Optimum Technologies (along with, no doubt, others) was in the process of formulating, possibly now testing, interior protectant product(s), for better lack of term, similar to their Opti-Gard/Coat 2.0's protecting abilities.
Yes, Dr. G is working on the interior protection counterpart for the Coating line. This will give him a full spectrum to offer dealerships/retail. From what I know it’s pretty difficult to produce something that is truly long term.
I wonder:If this is true...Could this be hype or the "real deal"? A lot of other products seem to do what they say they will do--- but for the long-term, that could also be hype.
Yes and no, but do they really do everything they say they will and is all the marketing fluff accurate?
RE: Vehicles glass areas: Today's modern glass is a barrier against the sun, but how about the heat transfer? Heat is a known threat to the integrity of interior materials is it not?
I don't think a protectant would alleviate this heat. Besides placing a vehicle out of direct sunlight, rolling the windows down a fraction, or some kind of an exhaust mechanism, heat may still present itself as an undesirable foe in the long-term.
Good point about heat. I’d have to say heat has a more damaging effect on interior components than UV. Especially seeing that I've been told your glass is accountable for over 98% of blocking effectiveness, but doesn’t do much to cool down your interior. My wife’s van is garage parked most of the day, but the center section of the dash top pad is starting to heat (not UV) warp. No protectant would have eliminated this seeing that the damage occurred from the inside out.
RE: Short term protecting abilities of interior protectants: Like most protectant products, they have to be re-applied on a regular maintenance schedule. After cleaning, an application even if short-lived, may be, IMO, of benefit.
I was told that any UV inhibitors found in car care products last at best 3-4 hours. What you’re left with is a cross-linked polymer that might add temporary moisture, but it is debatable if that’s beneficial to the longevity of your interior components. No testing has ever been completed to prove this.
RE: Suntan Lotion Affect: Preference of champagne, ecru, fawn, beige (a "brown/tan" color, if you will) interiors---if your interior is going to get a "tan"---then how would you know?

I can accept the UV testing results on humans but have trouble with UV testing on vehicles' materials--the results may be out there--trust is the issue...but that's just my thoughts.
Bob
I’d love to see the test results that can document this whole claim. You’d have to block off a separate section and compare the color stability after a certain level of exposure. Maybe I’ll try this on my next company car?