Yeah, agree. But with regard to correction I`d err on the side of "often"
Hey, interesting! I might be able to get by with one if using something without significant abrasives (e.g., KAIO) on clean paint, don`t think I`ve ever tried though, even with air (which is indeed a *GREAT* thing for cleaning pads).
No issues with the Glass Cleaner messing with the AIO? And per usual...I`ll say how IPA just doesn`t do it for me.
TMG`s pad cleaning process:
Setting up for initial pass with "dry" pad:
1. Spritz the pad with water, somewhat liberally
2. Blow out pad with compressed air
3. Apply needed product
4. Spritz pad with water
Cleaning after each pass:
1. Hit pad with compressed air and get polisher up to speed with air, holding polisher into bucket, spray pad with compressed air starting from one side of pad and go to other.
Cleaning after each panel or every two panels:
1. Liberally apply "cleaner" to pad
2. Holding the polisher by the pad, insert into bucket and "spray" out pad
3. Insert #1 from above^^
Of course this process is primarily used for a thin pad of any type, thicker pads do get changed out for new ones.
To get a pad perfectly clean I will throw it in the washing machine with many others, using All Free and Clear with medium water temp, they come out good as new every time.
Honestly, wiping a pad off with a rag makes no sense to me. At the end of each pass or set, that pad has picked up spent polish, abraded clear coat, and anything else on the pad. Think about this, when one goes to wipe the pad with a rag, aren`t they pushing (to some degree) the spent product and everything else into the cells or fibers of the pad? Why not hit the pad with air that is not perpendicular to the pad face (and/or also allowing pad rotation)? Compressed air not perpendicular to the pad face, and centrifugal force will allow spent product to literally be ejected from the pad, to some degree. Also consider the fact that on a thinner foam pad, wool pad, and microfiber pad the compressed air will literally go through the structure of the pad, hit the backing plate or backing medium, and essentially force contamination from out of the structure of the pad. Any type of liquid fluid simply expedites this process. Compressed air when used correctly will also allow heat transfer from out of the pad, its backing plate, the polisher backing plate, and the metal that consists (can`t think of the word) of the pad to polisher connection.