Post by
chadster »
https://forums.nicoclub.com/chadster-u10185.html
Wed Apr 02, 2003 5:16 pm
Ok, I'll try to be fairly brief.....
Waxes when applied to a car make it look good for some time. But wax is exactly what it is. Wax. What happens when wax gets hot is that it melts. When it melts it gets sticky. The dirt sticks to the wax and the dirt gets embedded into the wax on top of the paint. In the long run you have to wind up stripping the wax off of the paint and reapplying it. Hence the overabundance of "wax cleaners" on the market. If you are trying to keep the paint clean it would make sense to put something on it that repels dirt and protects the paint, not attracts it.
5 Star Shine repels dirt unlike waxes. Even other products on the market that are not waxes still lay on top of the paint and eventually wear off because they don't have any way of remaining on the paint.
This is what 5 Star is/does.
The present invention is directed towards protective compositions and a method of applying same to a painted surface, including gel coats of fiberglass surfaces, or unpainted metal surface. The protective composition comprises negatively charged polytetrafluoroethylene (hereinafter "PTFE" formerly) polymer resin particles, preferably in an aqueous dispersion in the form of a hydrophobic colloid with resin particles of about 0.05 to about 0.5 microns or larger in size.
Before application of the protective composition, the painted or metal surface is positively charged, preferably with a cleaning polarizing composition solution (step 1 in the 2 step process) which removes any trapped sediments and insolvents from the pores in the paint or metal surface and which leaves the surface positively charged by virtue of using a cationic surfactant containing electropositive ions.
The second step is appliedwhich contains the PTFE.
The molecules of PTFE resin, which are negatively charged, i.e. containing negative ions, are pulled down into the pores in the surface of the paint (due to step 1 leaving the paint positively charged) or metal in view of the electrostatic attraction between the negatively charged molecules and the positively charged surface. As the treated surface is allowed to cure in a warm environment, the PTFE resin molecules elongate, causing them to physically interlock themselves to each other and fuse into the paint or metal surface.
The PTFE is inert to most harmful elements. In particular the action of ultra-violet and infra-red rays, photolysis, acidic and alkaline chemicals are resisted by the PTFE protective coating. The present invention therefore provides durability and resistance to the damaging effect of environmental elements, in combination with a very simple method of application.
Hopefully this makes more sense now and you can see as to why we have a US Patent because of its unique application and usage.see our ad link to our website on the upper left side of this page.
-Chad