Product
The Mirka ACE 150mm Sanding Disc in P180 grit is a premium abrasive disc designed for random orbit sanders, ideal for fine sanding of wood, paint, and filler surfaces. Sold in a pack of 50 discs.
Specifications
- Constructed with a net-like open mesh structure that minimizes dust loading and maintains consistent abrasive performance throughout use
- Features aluminum oxide abrasive grain bonded to a flexible, tear-resistant backing for extended disc life
- Diameter: 150mm, compatible with standard random orbit sanders using a hook-and-loop fastening system
- P180 grit classification suitable for intermediate to fine sanding stages
- The open net structure provides highly efficient dust extraction, reducing clogging and improving surface finish quality
- Designed to work optimally with Mirka's dust-free sanding systems, though compatible with most standard extraction setups
Usage
Mount the disc onto a 150mm random orbit sander using the hook-and-loop interface. Use P180 grit for intermediate finishing passes on wood, painted surfaces, or fillers. The open mesh design channels dust away from the abrasive surface, maintaining cutting efficiency and delivering a consistent, clean finish.
FAQ
- What surfaces is the Mirka ACE P180 disc suitable for? — It is suitable for sanding wood, painted surfaces, primers, and fillers during intermediate to fine finishing stages.
- How many discs are included in one pack? — Each pack contains 50 sanding discs.
- Is this disc compatible with all random orbit sanders? — It is compatible with 150mm random orbit sanders equipped with a hook-and-loop fastening system, which is a widely used standard.
- Does the open mesh design affect sanding performance? — The net structure actively channels dust away from the abrasive surface, reducing clogging and helping maintain consistent cutting performance throughout the disc's lifespan.
- Can these discs be used without a dust extraction system? — While the discs can be used without extraction, connecting to a dust extraction system significantly improves results by removing dust efficiently through the open mesh structure.
mvm-dt-2026-03
