Glasweld Gforce Backer Pad using Gforce scratch removal system
$53.50
Glasweld Gforce Backer Pad aren’t just any backer pads.Featuring a center water feed hole and self-leveling flexibility, Gforce Backer Pads allow you to remove scratches quickly and easily using the Gforce scratch removal system.Available in three sizes. Glasweld Gforce Backer Pad are designed specifically to work with all Gforce scratch...
Free Shipping
Free USA standard shipping on orders
Free Returns
Learn More.
Glasweld Gforce Backer Pad aren’t just any backer pads.
Featuring a center water feed hole and self-leveling flexibility, Gforce Backer Pads allow you to remove scratches quickly and easily using the Gforce scratch removal system.
Available in three sizes.
Glasweld Gforce Backer Pad are designed specifically to work with all Gforce scratch removal systems.
They are compatible with both Polishing Disks and Microforce Disks.
Water Feed Hole: All sizes include a center water feed hole.
This allows for water to flow on-demand when using Gforce systems with a built-in water feed (including the Max).
If your Gforce system does not have a built-in water feed, the center hole will not cause issues.
Self-leveling: Gforce Backer Pads are made of a thick, cushioned material that makes it easy to run the disk flat on the glass.
This feature relieves fatigue and reduces the learning curve.
With Gforce Backer Pads, even beginners can keep the disk flat on the glass.
Three Sizes Available
- 2-inch: Ideal for most damage
- 3-inch: Ideal for hard-to-reach areas, mirrors, and for removing clusters of scratches
- 5-inch: Ideal for resurfacing large damaged areas, including graffiti.GlasWeld backer pads have a center water feed hole. Not all Gforce systems use this center water feed. It does not affect the performance of the backer pad.3″ Backer Pad to fit on the Gforce Polishing Machine for scratch removal.
- GlasWeld's G power Scratch Removal System is used worldwide to remove glass scratches and many types of glass damage. It utilizes a unique process of heat and friction to remove glass damage. This combination of process allows the system to enter the pores of the glass and provide a scratch-free surface.
