Return
Print
Email
![2" A36 Aluminum Oxide Cloth Back Sanding Disc - Type R Mount](/vendors/7800/large/1895_f8bf59fe-f2a1-46f6-9774-46845fc27b50.jpeg "2" A36 Aluminum Oxide Cloth Back Sanding Disc - Type R Mount")
2" A36 Aluminum Oxide Cloth Back Sanding Disc - Type R Mount by Jet - CA
- Part Number: 502122
- UPC: 00596298143906
- Availability:
Quantity:
Add To Quote
Add To Estimate
Add To Wishlist
Compare Item
Specifications
Details
Industrial Category:
Abrasives
Industrial Subcategory:
Abrasive Wheels, Discs and Brushes
Industrial Subtype:
Sanding Discs and Kits
Category Level 4:
Sanding Disc Kits
Abrasive Grain Type:
Aluminum Oxide
Abrasive Grit:
36
Application:
Deburring|Grinding|Rust/Scale Removal|Blending
Attributes:
Tear Resistant
Brand:
JET
Compatible with:
Roll-On Type R
Country of Origin:
ZA
Diameter (in.):
2
Diameter in:
2
Each Depth (in.):
0.39
Each Length (in.):
1.93
Each Qty.:
1
Each Weight (lb):
0.0090
Each Width (in.):
1.93
Harmonized Tariff Code:
6805.10.00.00
HTS (Harmonized Tariff Schedule) Code:
6804.22.00.00
Inner Pack Code:
20059629828643
Inner Pack Qty.:
10
Inner Pack Weight (lb):
0.4000
Item Length (inches):
6.95
Item Length inches:
1.93
Item Quantity:
1
Item Weight (lbs):
0.1150
Item Weight lbs:
0.01
Master Pack Code:
10059629814397
Master Pack Qty.:
1000
Master Pack Weight (lb):
0.7000
Max Operating Speed RPM:
30000
Max. Operating Speed (RPM):
30000
Package Qty:
100
Package Quantity:
100
Package UPC:
10059629828646
Package Weight lbs:
0.7
Tool Type:
Die Grinders
UNSPSC:
31191506
UOM:
EA
UPC:
059629828649
UPC Code:
059629814390
Manufactured By:
Jet - CA
Other Details
Ideal for surface preparation, rust removal, deburing, paint removal, blending and finishing of steel, stainless steel, alloy steel, aluminum and wood
Provides excellent surface conditioning without gouging the base material or changing the original material dimensions
Scrim back surface conditioning discs are extremely popular for surface preparation work
The aluminum oxide coated non-woven nylon pads resist loading and delivers a consistently smooth uniform finish