Alpha Professional Tools® first introduced rubber backer pads with the AEP-458 electric polisher to promote the concept of wet polishing, which then became the accepted method of polishing. Alpha® recognized the need to add a rigid version of this backer pad to its product line for straight edge or flat surface polishing applications. We realized that Ceramica, with a flexible backer pad, was too flexible for these applications and produced wavy finishes. Alpha® Rigid Backer Pads served to eliminate the wavy finish by keeping the Ceramica flat to the polished surface. Although not the best alternative compared to Twistouch Turbo for this application, fabricators and tile contractors use it with good results. Restoration workers find that the rigidness of the pad enables them to work in small areas such as corners or staircases. Large machine manufacturers recommend flexible diamond discs for use on their automatic edge polishing machines specifically for the bullnose application using the Alpha® Rigid Backer Pad. Hook and loop backed, like the flexible pads, they also accept Ceramica, Sandpaper, and Felt Wheels. The Rigid Backer Pad reduces surface distortion and wavy results on straight edges. Available in 3”, 4” and 5” sizes, the Rigid Backer Pad is exclusive to Alpha Professional Tools®. It comes in the standard 5/8”-11 thread commonly found on most polishing tools today. Some metric sizes are available on request. Super rigid and flat, there is no other backer pad like this.
Features
High-Quality Backer Pad Is Super Rigid and Flat
Eliminates The Wavy Finish When Polishing
Hook and Loop Backed with A Long Life
The Rigidness of The Pad Enables Work in Small Areas Such As Corners or Staircases
Accepts Polishing Pads, Sandpaper and Felt Wheels
Features & Specifications
Brand
ALPHA
Vendor Manufacturing Number
GP35/8RG
Style
Rigid
Diameter
3"
Arbor/Bore
5/8"-11
Weight
0.3 lbs
Health & Safety Information
Warning
This product contains chemicals known to the State of California to cause cancer and birth defects or other reproductive harm.