There's been some great replies and questions. Here's some answers:
1.) Since Carnauba is mostly grown in northeastern Brazil along the wet regions, most of it is imported to distributors by the same source. Because of that, for a 50Lb bag, your price is generally around $8. We all seem to have the same cost basis. If you buy a smaller quantity the price will go up and a larger quantity the price will go down, but a ballpark is $8/Lb for a 50Lb bag.
2.) Since all Carnauba #1 Yellow grade is the same, this doesnt have any relation to cheap or expensive coffee. Carnauba is carnauba. While there are different grades, all auto waxes that I know of are made from Carnauba #1.
3.) Bleaching. I should have clarified this a little more. Bleaching yellow carnauba to be white provides zero added benefits other than changing the color from yellow to white. The process of bleaching can be tumbling raw flakes with color reducing agents, or, as simple as using Clorox. The major point about "White #1" is that it's just yellow #1 with a color change, with no added benefits.
4.) Carnauba does produce a little shine and a little gloss. It's minimal enough where if you dont include some additives in the wax to aid in gloss, leveling, shine, color and depth, then your wax will not look so good. The reason being is we apply such a thin coat of it to the vehicles surface, in food manufacturing the density is much greater. The process of making a jelly bean shine is part of adding the carnauba and then tumbling it, which is essentially a jelly bean buffing machine. Quite neat, it was on Food TV last week. If Carnauba was so good and a wonder wax, then all you would need to do is add solvent and package it. Since this isnt the case, that's why we have so many types of wax that work in so many wonderful ways.
5.) The toilet reference was a bad attempt at humor. Still, carnauba does not stain a white vehicle yellow.
6.) 95(C) is the temperature in which I personally melt wax. 82-83(C) is the standard melting point, however when melting such a large quantity of wax in a large cooking vessel, 95(C) ensures that there arent bits and crumbs of the flakes that have not melted. You can cook carnauba at anywhere between 82-299(C), but over 95(C) you risk the additives flashing as most of the additives makers use will have a flash point of around 98(C).
7.) Zaino's reference to the state of carnauba is a pretty generalized statement, I dont agree with it. If Carnauba was so poor optically and hazy, we would use synthetic wax instead of carnauba wax.
8.) Facts or Opinions? What I state is fact with my opinions. What I say is not false, it is not marketing, it is nothing more than pure scientific fact. This is also my job. It's what I do professionally. As far as references go, pretty much everything I've said is available on the Internet already. It's just not in an easy to read format nor all in one place (until this post). To satisfy the critics, here's a partial list of references:
Ester - Wikipedia, the free encyclopedia
Carnauba wax - Wikipedia, the free encyclopedia
Carnauba Wax
Essential Oils Supplier Guide and Directory
Chemical Manufacturing - Auto Appearance Chemicals - Formulations - Dow Corning
CHEMCENTRAL:Customer Tools
waxes
K-Solv Products
ExxonMobil Chemical
Hort 403 - Reading - Oils
Of course if anyone has any questions just post away. Have fun.
