3M 7100101156 | 9145CP 4-1/2" Diameter Disc Pad Holder

3M Hook and Loop Disc Pad Holder is designed for metalworking projects and LGB discs. The disc pad holder provides firm support so that heavy-duty and super-duty LGB discs can weld grind and blend with faster and more efficient productivity. 3M Disc Pad Holders allow you to quickly and easily change abrasive discs during multi-step projects.

3M Hook and Loop Disc Pad Holders have a center hole with internal threads—choose the thread size that matches the external thread size of your right angle grinder. T-shaped hooks securely hold a surface conditioning disc and provide quick and easy disc attachment, removal, re-attachment. The hook-and-loop feature enables the disc to be used and re-used for the extent of the abrasive life. Discs are sold separately.

The hook-and-loop feature makes disc attachment, removal, re-attachment easy and facilitates use and re-use of the disc for the extent of the abrasive life. These disc pads have T-shaped hooks of the type most commonly used in hook-and-loop applications. The disc pads grip the loop backings of hook-and-loop discs and provide a finer finish than do adhesive backed discs. Hook-and-loop systems are designed for work spaces where adhesive backed discs may become contaminated by dust, dirt, flying debris.

Scotch-Brite surface conditioning discs and light grinding/blending products (sold separately) deburr, clean, blend, finish a wide variety of materials. Using surface conditioning products with a 3M disc pad holder generates finishes suitable for paint.

Features:

• Hook and loop attachment system offers quick change of abrasive discs for multi-step processing
• Use with rotary sanders, right angle grinders and disc sanders
• Extra hard disc provides firm support
• Disc pad holder operates at a maximum 8500 RPM

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