PRODUCT CODE: 300
Increase your knowledge and expand your expertise. Discover training series related to this product, to help you produce optimal detailing results, and to keep yourself and others safe.
Introduction to Detailer Training Series Course
When detailing a vehicle, producing results correctly, safely, and effectively is crucial, especially in the professional detailing industry.
Tailpipes (exhaust tips) are susceptible to carbon build-up, further to the typical dirt and grime accumulated. Carbon is emitted from engines’ internal combustion and is solidified and baked onto the tailpipes due to the heat generated, leaving a black ring around the edge. To remove the carbon, begin with a rim cleaner such as BRILLIANT, FLAME, or RIM CLEANER. Use steel wool to agitate the cleaner, by hand. Follow with SUMMIT SUPER COMPOUND, either by hand or using a rim cone on a rotary polisher, depending on the space available around the tailpipe(s).
BRILLIANT is a robust and highly effective rim cleaner that is non-corrosive, solving the safety issues that rim cleaners commonly raise. In addition, BRILLIANT has a low odour, and is biodegradable. BRILLIANT has been formulated to retain its acidity (required to remove metallic particles from wheel rims) but is not corrosive to human skin.
Rim cleaners are formulated to be acidic as brake dust that attaches itself to wheel rims during the braking process, contains metallic particles. These metallic particles are more soluble in acidic solutions than alkali based cleaners. Surfactants used in rim cleaners are especially selected to remove iron oxide (rust), grease, lubricants and old residual tire dressings. The rim cleaner BRILLIANT is formulated to retain its acidity but is not corrosive to human skin, unlike other rim cleaners that are corrosive.
Similar to cleaning rims, tailpipes require a specific acid solution (rim cleaners) to solubilize and remove carbon. Rim cleaners are effective on tailpipes that are light to medium coated with carbon. If tailpipes are heavily coated, use a compound to remove the baked-on carbon.