3M 7100006170 | 20278 0.75 in Hole Diameter x 5" OAD x 3/4" OAL Disc Pad

3M Soft Interface Disc Pad is constructed of 1/2" soft density foam with a 3M Clean Sanding hole pattern to allow dust extraction and minimize loading during sanding. The soft foam construction enables the pad to conform to edges and contours, making it a good match for sensitive workpieces where gouging and marring is a top concern.

3M Soft Interface Disc Pad provides a greater cushion and more conformability than a pad with medium density foam. Use this pad to reduce edge cutting when the pad is tipped on edge and maintain closer contact with the edge while maximizing dust extraction. The pad contains a series of uniquely designed holes which match those in 3M Clean Sand Back Up Pads, allowing sanding dust to be pulled through the holes and away from the sanding surface. This improves the work environment and prolongs disc life.

The Soft Interface Disc Pad has two sides. One side features loop material, which attaches to the back up pad used on the sanding tool. The opposite side contains hook material, which attaches to the Hookit sanding disc of choice.

Altogether, the 3M Soft Interface Disc Pad is ideal for operators who seek an added level of conformability for their sanding projects. The responsive foam design, attachment system and Clean Sanding hole pattern combine to cushion the workpiece, minimize dust and ultimately get the job done.

Features:

• 3M Soft interface disc pad provides extra cushion for coated and non-woven abrasive discs to prevent gouging and marring
• Soft density foam responds to contours and edges
• Designed with 3M clean sanding hole pattern to help with dust extraction and minimize loading
• Hookit attachment systems help expedite swapping out of discs during multi-step sequences

Warning:

This product can expose you to materials and/or chemicals including arsenic, lead, and other materials and/or chemicals which are known to the state of California to cause cancer and/or reproductive harm.

For more information, visit www.P65Warnings.ca.gov