3M Canada
Standard Abrasives™ 7000122297 Quick-Change Disc Pad, 2 in Dia Pad, Type TS Attachment
7000122297
MFG #: 7000122297
$32.36
/ EA
Estimated Delivery 7 to 10 Business Days
- Attachment Type: Type TS
- Country of Origin: US
- Manufacturer Name: 3M
- Maximum Speed: 25000 rpm
- Pad Diameter: 2 in
- Type: General Purpose Medium Density Quick-Change
Our Standard Abrasives™ quick-change disc pads, also called holder pads, allow you to rapidly change Standard Abrasives™ quick-change discs (sold separately) during multi-step projects. A wide range of sizes and densities are available, ensuring that you can find the pads that best suits your specific grinding and finishing application. Standard Abrasives™ quick-change disc pads come with one of three quick-change attachment styles. Attachment styles include TS, TR and TP. TS is a standard metal to metal attachment style, TR is a 3M™ Roloc™ style nylon threaded male hub and TP is a snap-on/snap-off nylon fastening hub. Each of the attachment styles allows easy swap out of discs with a speedy quarter turn. Our Standard Abrasives™ quick-change disc pads are available with or without mandrels. Some TS and TR holder pads come with an attached 1/4 in Dia TA4 mandrel. Others come with an attached 6 mm diameter TA6 mandrel. TP disc holders come with the TA4 mandrel attachment only. Disc pads are also available without mandrels, so users can select a mandrel of their choice for their application. Holders without an attached mandrel feature a 1/4-20 female thread interface for mandrel attachment. Once the mandrel is attached, users typically fasten the disc pad/mandrel assembly to a rotary tool or die grinder. The Standard Abrasives™ brand has supplied quality abrasives to the metalworking industry for over 50 years. Customers rely on our broad offering of high performance products including coated, bonded and non-woven abrasive lines.
- Application
- Item Features
Heavy Stock Removal Applications
- Smooth face provides snag-free grinding and finishing of the workpiece
- Available in a range of densities, pads can be tailored to meet unique project needs