Value Collection -22696-4 SF-5 Carbide Bur Tree Radius

Product Description

The VALUE COLLECTION -22696-4 is a solid carbide abrasive bur designed for rotary tool applications requiring precise material removal. Manufactured to SF-5 industry specification, this bur features a tree with radius end head geometry that excels at contouring, blending, and deburring curved or profiled surfaces. The cutting head measures 1/2 inch in diameter with a 1-inch length of cut, mounted on a 1/4-inch shank. The uncoated solid carbide construction delivers consistent cutting performance across a range of ferrous and non-ferrous materials.

This bur is suited for use in die grinding, mold making, tooling, and general metalworking operations. The 1/4-inch shank is compatible with standard die grinders and rotary tool collets commonly found in machine shops, fabrication facilities, and maintenance environments. The tree with radius end profile is particularly effective for working in recessed areas, cavities, and contoured workpiece geometry where flat-ended tooling cannot reach efficiently.

Key Features

• SF-5 industry specification for standardized geometry and fitment
• Tree with radius end head shape for contouring and cavity work
• Solid carbide construction for durability and consistent cut quality
• Uncoated head for broad material compatibility
• 1/2 inch cutting diameter with 1-inch length of cut
• 1/4-inch shank fits standard die grinder and rotary tool collets

Compatibility

Designed as an SF-5 specification replacement bur compatible with 1/4-inch collet die grinders and rotary tools used in metalworking and fabrication applications.

Installation Notes

Installed by machinists, tool and die makers, and general fabricators using standard die grinders or rotary tools. Ensure the tool is fully powered down and the collet is released before inserting or removing the bur. Verify collet size matches the 1/4-inch shank before tightening. Always operate within the RPM rating of the host tool and wear appropriate eye protection during use.