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PFERD Abrasive File Belt, 24" x 1/2, 60 Grit, Ceramic CO-COOL
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PFERD Abrasive File Belt, 24" x 1/2, 60 Grit, Ceramic CO-COOL by Pferd Inc.

  • Part Number: 47501599
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Product Overview
For aggressive grinding with maximum stock removal rate on hard materials that do not conduct heat well. Consistently high performance due to self-sharpening ceramic oxide grain. Active grinding additives in the coating substantially improve the stock removal rate, prevent loading, and result in cooler grinding. Short belts are compatible with commonly available belt grinders.
Specifications
Details
Industrial Category:
Abrasives
Industrial Subcategory:
Abrasive Pads, Sponges, Paper and Belts
Industrial Subtype:
Sanding Belts and Kits
Category Level 4:
Sanding Belts
Abrasive:
CO-COOL
Applications:
Deburring
Applications 1:
Step-by-step fine grinding
Applications 2:
Leveling
Applications 3:
Sharpening
Applications 4:
Work on weld seams
Applications 5:
Working on edges
Country of Origin:
DE
Drive Types:
Belt grinder
EDP:
49545
Grit Size:
60
Item Length (inches):
24.00
Item Quantity:
50
Item Weight (kgs):
0.013
MANUFACTURER_TYPE_DESCR:
BA 12/610 X CO-COOL 60
Materials that can be worked:
Aluminum
Materials that can be worked 1:
Annealed cast iron
Materials that can be worked 2:
Bronze
Materials that can be worked 3:
Cobalt-based alloys
Materials that can be worked 4:
Grey/nodular cast iron (GG/GJL, GGG/GJS)
Materials that can be worked 5:
Nickel-based alloys (e.g. Inconell and Hastelloy)
Materials that can be worked 6:
Stainless steel (INOX)
Materials that can be worked 7:
Titanium
Order Quanityt:
140
Prop 65:
View
Recommendations for use:
Use the appropriate grinding oil for the material to significantly increase the service life and the abrasive performance of the discs.
Safety notes:
Follow all safety instructions for abrasive belt use.
UNSPNC:
31191507
UPC Code:
97758495455
Manufactured By:
Pferd Inc.
Other Details
Consistent work results due to high grain adhesion.
Cost-effective due to high abrasive performance and durability.
High tear strength with optimum flexibility.
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