through rough waters
3M™ Cubitron™ II Fibre Disc 987C, 60+, TN Quick Change , 5 in x MISC, Die TN500P,25/Bag, 100 ea/Case
$4.50 / Each
| SKU | 7000119212 |
|---|---|
| Legacy SKU | 60440229742 |
| UPC | 00051141276625 |
| Product Number | 987C |
3M Cubitron II Fibre Disc 987C offers significant gains in productivity on medium to heavy-duty operations thanks to the exceptionally high-performing 3M Precision-Shaped Grain combined with a stiff fiber backing. This disc achieves a higher cut-rate, greater durability, and longer life than other fiber discs all with less grinding pressure.
- 3M Precision-Shaped Grain maintains super-sharp points that cut exceptionally fast with less pressure
- Mineral runs cooler and disc life is significantly longer, completing more parts per disc and requiring fewer disc changes
- Reduces changeouts and downtime in robotic and pressure-assisted applications
- Stiff fiber backing and a strong resin bond provide durability and tear-resistance for heavyweight applications such as high-pressure weld grinding or beveling
- Grinding aid incorporated on the disc minimizes grinding temperatures for heat-sensitive alloys
Product Dimensions |
Imperial | Metric |
| Weight | 0 NULL | |
|---|---|---|
| Width | 0 null | |
| Length | 0 null | |
| Height | 0 null | |
| Diameter | 5 in | 127 mm |
| Center Hole Diameter | 0 NP | 0.0 NP |
Shipping Dimensions |
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| Weight | 7.99991 lb |
|---|---|
| Length | 21.5748 in |
| Width | 8.70079 in |
| Height | 8.93701 in |
| Color | Orange |
|---|---|
| Thread Size | Non Pertinent |
| Maximum Speed | 12,000 rpm |
PRODUCT FAQ
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What is the 3M™ Cubitron™ II Fibre Disc made of?
The disc is made up of 3M's proven and patented Cubitron abrasive grains that are manufactured with precision-shaped ceramic grain technology.
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Can I use this disc on a handheld grinder?
Yes, it can be used with a variety of tools including right angle grinders, bench-top grinders, back stand grinders and robotic systems!
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. Is there any minimum quantity required to buy these discs?
. Yes, you would need to purchase these in multiples of 25 as they come in an inner pack of 25 discs per box. But don't worry about buying too many because each case contains four boxes (100 total).
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What type of surface preparation or material removal job is the 987C best suited for?
Due to its fast cutting capability on hard metals like stainless steel and mild steel; the quick change feature making switching out for new disks even faster than before - this disk offers effective performance when tackling weld removal jobs but could still handle medium pressure grinding tasks that involve leveraging curved edges or contours!
Ideal for Robotic Weld Grinding
In medium and high-pressure applications like robotic weld grinding, it's important to choose a high-performance abrasive that cuts fast and lasts long. The self-fracturing mineral in 3M™ Cubitron™ II Fibre Disc 987C will keep your robot grinding welds long after other abrasives call it quits, reducing downtime and maximizing efficiency.
Recommended Applications
- Heavy duty metalworking applications
- Flame-cut edge cleanup
- Grinding
- High pressure grinding
- Right angle grinding
- Edge chamfering
- Weld removal and finishing
- Edge beveling
- Gate removal
About 3M Precision-Shaped Grain
To create 3M Precision-Shaped Grain, engineers start with 3M™ Ceramic Abrasive Grain and use proprietary technology to form the grains into triangular structures and electrostatically orient them on the backing to form sharp peaks that maximize cutting potential. These peaks slice cleanly through metal, rather than gouging or plowing as traditional abrasive grains do; and continuously self-sharpen as the points break off. This generates a super-fast cut and lessens heat build-up due to friction, reducing heat-related stress cracks and discoloration. The mineral also wears evenly, and because the abrasive stays cooler and sharper, 3M™ Cubitron™ II abrasives last significantly longer than their conventional ceramic counterparts, ensuring extended high performance in production applications.
