What size buffing pad do I need?

When performing heavy correction work, such as removing swirls and scratches, a 5.5 inch buffing pad is the preferred size by most professionals. For general polishing and waxing, a 6.5 inch buffing pad is ideal because it covers a larger area.

What is a bonnet buffer?

Bonnets are fabric pad covers used to buff off waxes and polishes with your polisher or buffer.

What are the different color buffer pads for?

In general, the different pad colors signify a different cleaning application. For example, darker colors like black, brown, maroon are the most aggressive pads and used in stripping. Colors like blue or green are less aggressive and common scrubbing pads. Light colors, such as white, pink, red, are used for polishing.

What is the difference between a orbital buffer and polisher?

Difference Between Buffer and Polisher: What Works? Polishing involves the use of products containing abrasives to even out imperfections. The abrasive process restores the paint and brings out the luster. Buffering, on the other hand, also modifies and improves car paint or the clear coat.

What pads should I use for buffing?

But microfiber can also be tough and durable, and, to many car owners’ surprise, it’s great for polishing, too. Many professional detailers actually prefer microfiber pads over foam or wool polishing pads because they get the job done quicker while creating a smoother, glossier finish.

Are orbital buffers good?

An orbital polisher can help you achieve a beautiful finish that’s free of marks and blemishes. These aren’t your traditional polishers that just spin in placeā€”the orbital movement makes for an easier user experience and reduces the risk of damage to your paint.

Can I use a buffer as a polisher?

Absolutely, as long as you are using the correct type of car polisher. There are three basic types of car polishers so choose carefully. Rotary Buffer – The rotary buffer is a machine should only be used by the experienced professional for severe paint damage correction.