Value Collection 516072 Polishing Buffing Wheel

Product Description

The VALUE COLLECTION 516072 is an unmounted polishing buffing wheel designed for surface finishing and polishing applications on a wide range of materials. Measuring 1.5 inches in diameter and 0.5 inches thick, this single-ply wheel features a 0.5-inch arbor hole for straightforward mounting on standard spindles, rotary tools, and bench grinders. The medium-density construction delivers a balance of conformability and cutting action suited to light polishing and finishing work. Machinists, metalworkers, and maintenance technicians reach for this wheel when a controlled, consistent polish is needed on contoured or flat surfaces.

This buffing wheel is a practical fit for bench-mounted polishing setups, rotary tool attachments, and small drill press applications. Its compact 1.5-inch diameter makes it well suited for detailed work, tight geometries, and small-part finishing where a full-size wheel would be impractical. Typical applications include deburring, light oxide removal, and surface preparation on metal, plastic, or composite workpieces in shop and light industrial environments.

Key Features

• 1.5-inch wheel diameter for compact, detail-oriented polishing tasks
• 0.5-inch arbor hole fits standard spindle and rotary tool mandrels
• Single-ply, medium-density construction for controlled conformability and consistent finish
• Unmounted design allows direct installation on user-supplied arbors and spindles
• Lightweight at approximately 0.015 pounds for easy handling and minimal tool load

Compatibility

Designed as a general-purpose unmounted polishing wheel compatible with rotary tools, bench grinders, and drill press setups that accept a 0.5-inch arbor.

Installation Notes

Installation is performed by machinists or maintenance technicians familiar with rotary finishing equipment. Always power down and disconnect the tool before mounting or removing the wheel. Verify that the spindle speed rating of the tool does not exceed the rated speed of the wheel before operation. Inspect the wheel for damage or deformation prior to each use and do not force the wheel onto an arbor that requires excessive pressure to seat.