Hertel SZ0022CW Abrasive Bur Cylinder Radius Solid Carbide

Product Description

The HERTEL SZ0022CW is a single-cut solid carbide abrasive bur with a cylinder with radius end head shape, conforming to SC-6 industry specification. It features a 5/8-inch cutting diameter and a 1-inch length of cut, mounted on a standard 1/4-inch shank. The uncoated solid carbide head delivers consistent material removal on ferrous and non-ferrous workpieces. Machinists, tool-and-die makers, and metalworking professionals use this bur for deburring, shaping, and finishing operations in precision shop environments.

This abrasive bur is suited for use in die grinders, flexible-shaft machines, and similar rotary hand tools. The SC-6 cylinder with radius end geometry is commonly applied to contoured surface work, blending internal radii, and removing material in confined areas where flat or tapered heads cannot reach. Its single-cut tooth pattern produces a smoother finish with less chatter compared to double-cut styles, making it a practical choice for finishing passes on metal components.

Key Features

• SC-6 industry specification cylinder with radius end geometry for contoured surface access
• 5/8-inch cutting diameter with 1-inch length of cut
• 1/4-inch shank fits standard die grinder collets
• Single-cut tooth style for smooth finish and reduced chatter
• Solid carbide head construction for durability and wear resistance
• Uncoated head suitable for a range of metalworking applications

Compatibility

Designed as an OEM-style replacement or direct-use abrasive bur for rotary tools and die grinders accepting a 1/4-inch shank collet.

Installation Notes

This bur is installed and removed by a qualified machinist or metalworking technician using the appropriate collet wrench for the host tool. Ensure the rotary tool is fully powered off and unplugged before changing burs. Inspect the shank for wear or runout before use, and never exceed the maximum RPM rating of the host tool. Eye protection and appropriate PPE are required during operation.