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Standard Abrasives 873198, Quick Change TR A/O Unitized Wheel, 731, 3 in x 1/4 in, 7000046998
10 × $13.71 -
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Dynabrade 92761 3" W x 50' L 40 Micron Diamond Microfinishing Film DynaCut Roll
1 × $2,039.13 -
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Dynabrade 92754 3" W x 150' L 15 Micron A/O Microfinishing Film DynaCut Roll
1 × $204.78 -
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Standard Abrasives 873178, A/O HD Unitized Wheel, 731, 6 in x 1 in x 1 in, 7000047060
3 × $119.63 -
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3M 14895, Cloth Belt 777F, 80 YF-weight, 1 in x 42 in, Film-lok, Single-flex, 7010299926, 200 per case
200 × $5.08 -
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Standard Abrasives 845415, Surface Conditioning RC Disc, 4 in MED, 7100015817
10 × $3.89 -
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Standard Abrasives 853093, Deburring Wheel, 6 in x 1/2 in x 1 in 8S FIN, 7000046895
4 × $67.79 -
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Dynabrade 51455 5"-8" (127 mm-203 mm) Dia. 7 Degree Offest Two-Hand Rotary Buffer
1 × $926.00
3M Cubitron 3 Roloc Fibre Disc 1182C, 36+, TR, Purple, 4 in, Die R400BB, 100 ea/Case, 7100332344
$4.25
The 3M Cubitron 3 Roloc Fibre Disc 1182C features re-engineered 3M Precision-Shaped Grain ? taking the legendary speed and life of 3M Cubitron Performance Abrasives to a whole new level. These product benefits include allowing for increased productivity and lower overall grinding costs vs. other competitive quick-change discs when grinding mild or carbon steels. This long-lasting disc has a fast cut rate with high stock removal across a wide range of application pressures, and is designed to increase throughput and complete more parts-per-disc when tackling medium to high-pressure grinding applications.
The 3M Cubitron 3 Roloc Fibre Disc 1182C is engineered to help operators take on a variety of tasks with less fatigue. This is made possible through this disc’s exceptionally high cut rate that requires less pressure than conventional abrasives. This disc’s stiff fiber backing and strong resin bond provide durability and tear resistance to help ensure operators can work on medium to high-pressure grinding projects ? jobs made even easier thanks to re-engineered 3M Precision-Shaped Grain, which slices cleanly through metal, wears evenly, and continuously self-sharpens as the points break off.
