Trizact™
Trizact™ 7100003887 Foam Disc, 6 in Dia Disc, 5000 Grit, Super Fine Grade, Silicon Carbide Abrasive, Foam Backing
7100003887
MFG #: 7100003887
$320.11
/ EA
Non-Stock Item
- Abrasive Material: Silicon Carbide
- Backing Material: Foam
- Country of Origin: US
- Disc Diameter: 6 in
- Grade: Super Fine
- Grit: 5000
- Manufacturer Name: 3M
Spend less time compounding and enjoy less risk of defects by using 5000-grade 3M™ Trizact™ Hookit™ Foam Abrasives. Use these discs as the next step to refine 3000-grade scratches, to reduce compounding. 3M™ Trizact™ abrasives are engineered for consistent cut and long life.
- Application
- Item Features
- Standards
Fine Scratch Removal, Finishing, Paint Defect Removal, Paint Finishing and Scratch Removal
- Part of the 3m™ perfect-it™ paint finishing system for high gloss and deep color paint finishes
- Ideal for refining sand scratches to help reduce the amount of time spent compounding
- Patterned, precise mineral structures provide a combination of fast cut and consistent finish
- Long-lasting even wearing abrasive can reduce or eliminate extra materials and even full stages in specific cases
- Used damp, they refine inconsistent sand scratches with less loading than dry sanding
- Allows technicians to refine paint scratches using a lighter dual-action sander instead of a heavier polisher
- These 5000-grade foam discs are used as the next step after 3M trizact 3000-grade sanding to further reduce the time required for compounding
- 3M trizact abrasives have unique three-dimensional abrasive structures which are distributed across the abrasive surface
- As the structures wear, fresh sharp mineral is exposed delivering consistent finishes, longer disc life and helping reduce material costs
- Compared to traditional buffing, using 3M trizact abrasives for removing sand scratches can reduce the possibility of heavy swirl marks, burn through, and other defects caused by more aggressive processes
- Available in 3-, 5-, and 6 in diameter discs as well as 2 3/4 x 5 1/2 in sheets
OSHA 29 CFR 1910.1200