Weha 4″ 5/8-11 thread Magnetic Quick Connect Back Up Pad Holder

4″ Magnetic Quick Connect Back Up Pad Holder 5/8-11 Thread

Weha 4″ x 5/8-11 threaded Magnetic Quick Connect Back Up Pad Holder screws onto the air polisher. Then apply the 4″ Rigid Aluminum Magnetic Hook & Loop Back Up Pad to each of your polishing pads. If you have a 7 step system you will use 7 back up pads. If you use a 3 step system, you will use 3 magnetic aluminum back up pads.

How it works:

Screw on the4″ x 5/8-11 threaded Magnetic Back Up Pad Holderonto theair polisheror electric polisher.

Then apply the4″ Rigid Aluminum Magnetic Hook & Loop Back Up Padto each of your polishing pads. If you have a 7 step system you will use 7 back up pads. If you use a 3 step system, you will use 3 magnetic aluminum back up pads.

Simply attach the back up pad on the magnetic back up pad holder and start polishing. After the first pad, pull off the magnetic aluminum back up pad and slide on step 2, and so on.

The Magnetic Back Up Pad Holder will last a very very long time. The only item that will need to be replaced will be the hook & loop Aluminum Rigid Back Up pad.

The Hook & Loop Aluminum Rigid Back Up Pad will last 7-10 times longer than other rigid and aluminum back up pads.

What you need to buy to get started:

1 4″ x 5/8-11 Magnetic Quick Connect Back Up Pad Holder per air polisher or electric polisher

3-7 Magnetic Hook & Loop Rigid Aluminum Back Up Pads- depending on how many polishing pads are in your sequence.

How does cost compare to purchasing standard 4″ aluminum back up pads?

The average cost of 4″ aluminum back up pads are about $15.00. If you had to buy 7 the cost would be $105.00

The initial cost of the Magnetic back up pad holder plus 7 magnetic Hook & Loop back up pads would be $127.50. Almost the same.

Future reorders would only be for the Magnetic Hook & Loop back up pads at $13.00 each. With the lifetime of 7-10 times longer than regular aluminum back up pads, the savings will be between 13%-39%, or more depending on the longevity of the magnetic back up pads.