In my: 'Layman's understanding':
There is a diverse category/'family' of organic compounds called :
Lipids...And,
They're related by the fact they're generally
insoluble in water, but
soluble in non-polar organic solvents (like acetone, benzene, etc.).
Some examples of the
lipid family that may have bearing on your inquiry are:
-Fatty acids; soaps and detergents; waxes.
1.)
Fatty Acids:
It takes using some fatty acids, such as carbolic acid, to react with some bases (sometimes ammonia, for example) to form ionic salts...salts which, then, become more water soluble.
2.
Soaps and Detergents:
-By using certain carboxylic acids/alkylene-salts chain lengths, it creats traits of being both hydrophilic and hydrophobic on the same acid/alkyl molecule. These molecules are called amphiphilc molecules, which are insoluble in water and "float"-to/spread-upon the water surface...with the carboxyl-acid [hydrophilic (head)] part of the molecule bonding to the water...the alkyl [hydrophobic (tail) away from the water.
-Put enough of these molecules into water and it changes water's surface characteristics (such as surface tension)...and you've got yourself some surfactants! Surfactants, then, penetrate the water and "wets" many different materials .
-The correct amount/type of surfactants in water then form micelles. These micelles are resonsible for surrounding/capturing dirt, grease, and other contaminates...which are then able to be flushed away.
3.)
Waxes:
-Waxes are esters of fatty acids and at times hydrocarbons. Wax emulsions are usually what we deal with.
So...
-In theory, being that soaps/detergents/waxes are: "All in the Family"...IMO...It seems it would be/is possible to 'mix up' a solution containing a: Washing-product with a wax emulsion.
-Now...How the wax is 'removed' from this solution; and, after evaportation of water, carrier systems; it will 'remain' on vehicle's panels, glass areas, rubber/plastic, etc....is a conundrum to me...
-And, as such...I am more than satisfied to:
a. Permit the
Real Chemists to explain this puzzler, if they would be so kind to do so.
b. Not use these 2-N-1'ers myself. (I've seen a haze-like film appear, or so it seems to me, upon painted surfaces with their
continual usage)
c. May be used in situations where one has time restraints, for example.
d. Be corrected, if/where necessary, in my above 'understandings'.
Don't know if this will help, or not...
Bob