Attribute Name
|
Value
|
---|---|
Backing Material
|
Poly-Cotton
|
Backing Weight
|
Y Weight
|
Bonding Type
|
Resin
|
Brand
|
Cubitron™ II
|
Center Hole Diameter (Metric)
|
22 Millimetre
|
Grit
|
40+
|
Industries
|
Metalworking
|
Max Speed
|
12000 rpm
|
Mineral Type
|
Precision Shaped Ceramic
|
Product Form
|
Flap Disc
|
Sub Industries
|
Construction Equipment, Farm Equipment, Food Processing, Industrial machinery, Oil & Gas
|
3M™ Cubitron™ II Flap Disc 967A delivers superior cut rates in low to medium-high pressure applications. Our discs are ideal for flat surfaces or outside edgework, especially where final finish and gouge resistance are important.
The Anatomy of a Versatile, Medium-Duty Disc
3M™ Cubitron™ II Flap Disc 967A – powered by 3M Precision-Shaped Grain and a poly-cotton backing – is well-suited for medium-duty applications including weld, scale and oxide removal, light deburring, surface preparation and blending. Along with the poly-cotton backing, this disc also features an incorporated grinding aid to help it run cool and cut efficiently on heat-sensitive metals. This all adds up to a disc that strikes a balance of fast cut and long life.
Flap Disc Design
Flap discs are the ideal choice for a wide range of applications on a variety of metals. The abrasive flaps offer a long-lasting supply of fresh abrasives in a load-resistant design. Designed for use with a right-angle grinder, flap discs allow you to breeze through a wide range of applications with less chance of gouging – even for less-experienced grinders.
Powered by 3M Precision-Shaped Grain
3M™ Cubitron™ II Flap Disc 967A features our proprietary 3M Precision-Shaped – a grain design that continually fractures into sharp points that slice cleanly through metal, unlike traditional abrasives which tend to plow through the substrate. The grains fracture evenly and continuously expose new sharp edges to keep the disc cutting efficiently. The result is that 3M™ Cubitron™ II products out-cut and outlast conventional ceramic industrial abrasives.
Applications