After washing my car and drying it off, I move to finishing the wheels. Since my wheels are gloss black I mainly use soft towels or microfiber towels to dry with to reduce or eliminate swirls in the paint. Once dry, I fold a microfiber towel so that it resembles a triangle and insert into each lug hole and move it all the way around the lug nut hole to remove excess water AND to clean/polish the lug nuts. About every 2-3 washes I will add a coat of Maguire's NXT Tech wax 2.0 OR if I'm in more of a hurry I'll use Turtle Wax ICE synthetic polish to the wheel face and buff off with micro fiber towel. After buffing the wax off the wheels, I apply Maguire's Gold Class Endurance tire gel to the tires using Eagle One tire swipes (which I LOVE by the way). I apply the gel very liberally (i.e. very wet). I then spray either Rain-X glass cleaner with repellent OR Stoner Invisible Glass with repellent onto a clean dry micro fiber towel and do a final wipe down of the wheel surface to remove any gel that may have gotten on the lip/rims. I'm usually very careful about getting tire dressing on my wheels, but sometimes a little gets on the edge of the lip. I use the glass cleaner w/repellent because it appears to keep brake dust off my wheels and calipers MUCH longer than just wiping them down with spray detailer. After letting the tires soak with the tire gel, the last step is to wipe excess tire gel from the tire shoulder slots and from the tire it's self using a "throw away" microfiber towel so that excess gel doesn't get slung all over the side of my car. It still looks shiny black and has a wet look after the wipe down. The end result of the wheel/tire looks fantastic with very little brake dust accumulation on wheels and calipers after a few days and no tire gel sling on sides of the car.
In my next installment I'll show you how to achieve a complete car detail in one hour or less using a step by step process.
In my next installment I'll show you how to achieve a complete car detail in one hour or less using a step by step process.