imported_Indy YZF
New member
I have a moderate priced Rotary Buffer....I note that its two operating speeds are 1100 and 1350 rpms. I also note that the more powerful, more expensive units frequently will rotate up to 3000 rpms and more... Ive read that for optimal surface damage removal in modern clear coat paint systems, you need to heat the paint up to that level produced by a pad rotating somewhere between 1600 rpms and 2000 rpms.
With PROPER use, can the max speed of this buffer, 1350 rpms, produce the proper amount of heat and power to remove surface imperfections, or do I need a unit with a bit faster spin?
I also have a PC, but have my doubts on whether the orbital action will be sufficient at removing clear coat scratching which is deeper than surface swirls. Hence, the interest in the rotary for such duty...I'm well aware of the potential risks, and am just interested in whether my current 1350 max rpm unit will suffice, or, whether I need something more powerful.
Also, if you think that the PC, used with, say, a polishing bonnet and FI, is sufficient for such duty, please advise.
Thanks.
With PROPER use, can the max speed of this buffer, 1350 rpms, produce the proper amount of heat and power to remove surface imperfections, or do I need a unit with a bit faster spin?
I also have a PC, but have my doubts on whether the orbital action will be sufficient at removing clear coat scratching which is deeper than surface swirls. Hence, the interest in the rotary for such duty...I'm well aware of the potential risks, and am just interested in whether my current 1350 max rpm unit will suffice, or, whether I need something more powerful.
Also, if you think that the PC, used with, say, a polishing bonnet and FI, is sufficient for such duty, please advise.
Thanks.