Value Collection 516202 Wool Felt Bob Set 36 Piece

Product Description

The VALUE COLLECTION 516202 is a 36-piece wool felt bob set designed for use with rotary tools, die grinders, and polishing equipment fitted with a 1/8 inch shank collet. Each bob in the set is made from hard-density felt wool, making it suitable for polishing, deburring, and surface finishing on metal, wood, plastic, and similar materials. The set includes multiple bob shapes to cover a wide range of contours and surface geometries, giving a technician the right profile for flat faces, concave grooves, and tight radii without switching tools. The complete set weighs approximately 0.25 pounds.

This set is suited for shop use in HVAC fabrication, plumbing rough-in, electrical panel work, and general mechanical trades where surface finishing or burr removal is part of the workflow. The variety of bob shapes supports both flat-surface polishing and detail work in recessed or irregular areas. It is commonly kept at a bench grinder station or in a portable tool kit for on-site finishing tasks.

Key Features

• 36 individual felt bobs in a single set covering multiple shapes
• Hard-density wool felt construction for consistent polishing and deburring performance
• 1/8 inch shank diameter fits standard rotary tool and die grinder collets
• Includes cone, cylinder, and oval bob shapes for varied surface profiles
• Lightweight set at approximately 0.25 pounds for easy portability

Compatibility

Designed for use with rotary tools and die grinders that accept a 1/8 inch shank accessory. Suitable as a general-purpose felt polishing and finishing set for trade shop and field use.

Installation Notes

Install the bob shank fully into the collet of the rotary tool or die grinder and tighten securely before operation. Always confirm the tool is powered off and unplugged before changing bobs. Eye protection is recommended when using rotary abrasive or polishing accessories. Inspect each bob for wear or deterioration before use and replace any that show cracking or uneven material loss.