Standard Abrasives
Surface Conditioning Belts
Aluminum Oxide
Recommended Application Starting Points
| Tool/ Equipment | Application | |||
|---|---|---|---|---|
| Floor Mounted/Platen Sanders Pneumatic Sanders Portable Sanders Back Stand Sanders |
DEBURRING | BLENDING | CLEANING | FINISHING |
| MORE AGGRESSIVE | Coarse | Coarse | Coarse | Coarse |
| RECOMMENDED STARTING POINT | Medium | Medium | Medium | Medium |
| LESS AGGRESSIVE | Very Fine | Very Fine | Very Fine | Very Fine |
High Performance Features:
Unique formula.
Manufactured by Standard Abrasives, constructed of
resin-reinforced non-woven fiber. Resists loading; avoids
undercutting or gouging of the work piece.
Edge durability.
The special design exhibits high initial and extended
rates of cut, while maintaining superior edge durability.
Linear scratch pattern.
Run as endless belts. Belts impart a linear scratch
pattern, useful for preparing flat or contoured surfaces
prior to painting or coating.
Versatile sizes.
The wide range of sizes allows for use on portable belt
sanders, pneumatic drums and stationary belt
equipment, including Back Stand, Centerless, Rotary,
Straight-Line and Robotic machines.
Unbreakable Splice.
Standard Abrasives has developed a
unique process used to join the
surface conditioning belt material on
small portable belts. This process provides the most
durable belt splice available today. Designed specifically
for operators who are running small belts on portable
sanders that have a tendency to break at the splice
before they can be fully utilized.
Rapid Cut Material.
This "free-cutting" material is designed
to provide increased stock removal and
faster blending. Rapid Cut resists
loading on "softer" metals for increased life and
production.
FE Material.
High initial and extended rate of cut.
Very flexible with high edge durability.
Effective on both flat and contoured surfaces.
Applications
- Removing large and micro burrs.
- Edge radiusing.
- Removing die cast flashings.
- Blending milling marks, tool marks, and mismatches.
- Reducing uneven edges between adjoining surfaces.
- Reorienting surface scratch patterns.
- Creating a smooth transition from one surface profile to another.
- Removing coatings, gaskets and surface discolorations from welds or other work surfaces.
- Conditioning grind lines.
- Reducing surface roughness.
- Polishing welds prior to inspection.
- Applying cosmetic grain finish.
