Inside Diameter: Ø6.4mm
Outside Diameter: Ø9.5mm
Grit: 60

This Mini Sanding Sleeve is a high-performance abrasive component designed for heavy-duty material removal and
aggressive shaping. With a 60-grit texture, this sleeve provides a coarse, sharp cutting action that is ideal for
leveling uneven surfaces, removing thick coatings, or quickly deburring metal and wood edges. It is the perfect
first-stage abrasive for projects that require significant stock removal before moving on to finer finishing.

Engineered for precision and a secure fit, the sleeve features an inside diameter of 6.4mm, making it perfectly
compatible with standard 1/4′ mini sanding drum mandrels. The 9.5mm outside diameter offers a substantial abrasive
surface area, allowing you to cover more ground while still maintaining the maneuverability needed to navigate tight
curves, internal radii, and small-scale contours that larger sanding tools cannot reach.

These sleeves are constructed with a durable cloth backing and premium abrasive grains to resist tearing and
minimize heat buildup during high-speed rotation. This industrial-grade construction ensures that the sleeve
maintains its grit integrity even when subjected to the high RPMs of rotary tools. Whether you are working on
hardwoods, fiberglass, or non-ferrous metals, these sleeves deliver a consistent, aggressive cut every time.

Optimized for both professional workshops and home hobbyist benches, these 60-grit sleeves are a ‘must-have’ for any
toolkit involving rotary tool work. They allow you to transition from a raw, unfinished workpiece to a shaped and
smoothed form with minimal effort, providing the reliable performance needed for carving, restoration, and general
maintenance tasks.

Application:

• Max RPM: 35 000 RPM
• Engraving, sign-making, modelling, crafting, and fine woodworking.
• Hardwood: 15 000 – 20 000 RPM
• Softwood: 15 000 – 20 000 RPM
• Aluminium: 15 000 RPM
• Brass: 15 000 RPM
• Copper: 15 000 RPM
• Plastic: 10 000 – 20 000 RPM
• Steel: 10 000 – 25 000 RPM
• Contractor
• Fabrication
• Woodworking
• DIY