Norton ProSand Series 07660768350 Vacuum Disc, 5 in Dia, Coated, 180 Grit, Fine, Ceramic Alumina Abrasive, Paper Backing
- Designed to increase dust extraction for a cleaner work environment
- Exceptional choice for the most demanding medium grit sanding and finishing lightweight paper disc sanding applications, hook and loop back for easy disc mounting and changing
- Hook and loop fastener is easy to use and makes disc changes fast
- P-graded seeded-gel ceramic alumina abrasive for fastest cut rate and longest life of any paper disc
- Premium ceramic abrasive provides a consistent finish and superior cut rate over traditional aluminum oxide
- Unique fiber reinforced, flexible B- and C-weight latex saturated backing delivers 50% to 60% improvement in tear strength while retaining flexibility
Description
Specifications
UNSPSC Code
15.155.155
Weight
0.07lb
Height
6.9in
Width
6.6in
Length
6.7in
Abrasive Material
Ceramic Alumina
Abrasive Type
Coated
Applicable Materials
Aluminum Fiberglass Hardwood Softwood
Attachment Type
Hook and Loop
Backing Material
Paper
Brand
Norton
Category
POWER ABRASIVE ACCESSORIES
Diameter
5 in
Grit Grade
Fine
Grit Size
180
Hole Design
8-Hole
Speed Rating
7000 RPM
Suitable For
Random Orbital Sander Right Angle Grinder
Norton ProSand Series 07660768350 Vacuum Disc, 5 in Dia, Coated, 180 Grit, Fine, Ceramic Alumina Abrasive, Paper Backing
- Designed to increase dust extraction for a cleaner work environment
- Exceptional choice for the most demanding medium grit sanding and finishing lightweight paper disc sanding applications, hook and loop back for easy disc mounting and changing
- Hook and loop fastener is easy to use and makes disc changes fast
- P-graded seeded-gel ceramic alumina abrasive for fastest cut rate and longest life of any paper disc
- Premium ceramic abrasive provides a consistent finish and superior cut rate over traditional aluminum oxide
- Unique fiber reinforced, flexible B- and C-weight latex saturated backing delivers 50% to 60% improvement in tear strength while retaining flexibility