3M 3M Scotch-Brite CP-UD Aluminum Oxide Deburring Disc - Fine Grade - Arbor Attachment - 4 1/2 in Diameter - 7/8 in Center Hole - 29204 61500152402

Description
3M Scotch-Brite CP-UD deburring disc uses aluminum oxide as the abrasive material and has a diameter of 4 1/2 in. Since this product is non-woven, grade is generally used to describe the abrasiveness; with the 29204 having a fine grade. The arbor attachment allows for easy mounting to the tool or pad. All abrasive products that rotate or spin, such as the ones in this category, have a maximum speed at which you can run them. This 3M deburring disc can be run at a maximum speed of 11000 RPMs.
Description
3M Scotch-Brite CP-UD deburring disc uses aluminum oxide as the abrasive material and has a diameter of 4 1/2 in. Since this product is non-woven, grade is generally used to describe the abrasiveness; with the 29204 having a fine grade. The arbor attachment allows for easy mounting to the tool or pad. All abrasive products that rotate or spin, such as the ones in this category, have a maximum speed at which you can run them. This 3M deburring disc can be run at a maximum speed of 11000 RPMs.

Suppliers

Company
Product
Description
Supplier Links
3M Scotch-Brite CP-UD Aluminum Oxide Deburring Disc - Fine Grade - Arbor Attachment - 4 1/2 in Diameter - 7/8 in Center Hole - 29204 - 048011-29204 - R. S. Hughes Company, Inc.
Sunnyvale, CA, USA
3M Scotch-Brite CP-UD Aluminum Oxide Deburring Disc - Fine Grade - Arbor Attachment - 4 1/2 in Diameter - 7/8 in Center Hole - 29204
048011-29204
3M Scotch-Brite CP-UD Aluminum Oxide Deburring Disc - Fine Grade - Arbor Attachment - 4 1/2 in Diameter - 7/8 in Center Hole - 29204 048011-29204
3M Scotch-Brite CP-UD deburring disc uses aluminum oxide as the abrasive material and has a diameter of 4 1/2 in. Since this product is non-woven, grade is generally used to describe the abrasiveness; with the 29204 having a fine grade. The arbor attachment allows for easy mounting to the tool or pad. All abrasive products that rotate or spin, such as the ones in this category, have a maximum speed at which you can run them. This 3M deburring disc can be run at a maximum speed of 11000 RPMs.

3M Scotch-Brite CP-UD deburring disc uses aluminum oxide as the abrasive material and has a diameter of 4 1/2 in. Since this product is non-woven, grade is generally used to describe the abrasiveness; with the 29204 having a fine grade. The arbor attachment allows for easy mounting to the tool or pad. All abrasive products that rotate or spin, such as the ones in this category, have a maximum speed at which you can run them. This 3M deburring disc can be run at a maximum speed of 11000 RPMs.

Buy Now

Technical Specifications

  R. S. Hughes Company, Inc.
Product Category Abrasive Discs
Product Number 048011-29204
Product Name 3M Scotch-Brite CP-UD Aluminum Oxide Deburring Disc - Fine Grade - Arbor Attachment - 4 1/2 in Diameter - 7/8 in Center Hole - 29204
Bore / Shank 0.875 inch (22.22 mm)
Unlock Full Specs
to access all available technical data

Similar Products

Merit Surface Prep Medium Surface Conditioning Disc - 05539562626 - Norton Abrasives
Specs
Disc / Backing Type Nonwoven
Applications & Materials Abraded Blending & Intermediate Cutting; Cleaning and Surface Prep; Metalworking; MRO / Welding; Portable Grinder or Handheld
Mounting HookLoop
View Details
Abrasive Discs - 1883397 - RS Components, Ltd.
RS Components, Ltd.
Specs
Outer / OD 4.53 inch (115 mm)
Type Aluminium oxide
Grit Size 50 # or Microns
View Details
Lapping Film -  - Advanced Abrasives Corp.
Advanced Abrasives Corp.
Specs
Disc / Backing Type Film; Superabrasive (optional feature)
Applications & Materials Abraded Electronics; Polishing, Lapping or Precision Surfacing (Fine to Superfine Grits); Photonics and Electronics Components
Mounting Handheld (optional feature); PSA or Adhesive (optional feature)
View Details
TIGER SHARK-PLANTEX® CLEAN Flap Disc - 93846 - CS UNITEC
Specs
Disc / Backing Type Cloth
Applications & Materials Abraded Dry Grinding or Sanding; Metalworking
Mounting Handheld
View Details