Norton® Vortex® Rapid Prep™ 66623325056 Non-Woven Abrasive Quick-Change Disc, 4 in Dia, 150 Grit, Very Fine Grade, Aluminum Oxide Abrasive, Type TR (Type III) Attachment
15632950
MFG #: 66623325056
- Type: Type III Quick-Change
- Attachment Type: Type TR, Type TR (Type III)
- Diameter: 4
- Disc Diameter: 4
- Abrasive Material: Aluminum Oxide
- Grit: 150
- Grade: Fine, Very Fine
- Backing Material: Nylon Fiber, Paper
- Backing Weight: B-Weight
- Maximum Speed: 15000
- Color: Blue
- Applicable Materials: Ferrous Alloy, High Tensile Materials and Wood
Norton® Vortex® Rapid Prep™ Non-Woven Abrasive Quick-Change Disc, Type TR (Type III) Attachment, 4 in Diameter Disc, Aluminum Oxide Abrasive, 150 Grit, Very Fine Grade, Paper Backing, B-Weight Backing Weight, 15000 rpm Maximum, Blue
- Proprietary engineered Vortex® aluminum oxide abrasive grain and coating method
- Combine maximum cutting speed with the consistent finish of finer grits
- Reduce process times by 50+% by combining multiple grit sequences to 1 step
- More resistant to edge wear, up 4X life versus competitive products
- Friable grain structure keeps Ra specs throughout disc life, reducing scrap/rework
- Extended form holding
- Lowest total cost of consumable tooling per workpiece
- Clean bond resin system, aerospace tailored
- Remains smear-free, even on high nickel content alloys
- Will not load on aluminum and soft metals, as competitive products can
Proprietary engineered Vortex® aluminum oxide abrasive grain and coating method
Combine maximum cutting speed with the consistent finish of finer grits
Reduce process times by 50+% by combining multiple grit sequences to 1 step
More resistant to edge wear, up 4X life versus competitive products
Friable grain structure keeps Ra specs throughout disc life, reducing scrap/rework
Extended form holding
Lowest total cost of consumable tooling per workpiece
Clean bond resin system, aerospace tailored
Remains smear-free, even on high nickel content alloys
Will not load on aluminum and soft metals, as competitive products can