Value Collection 399-1119 Silicon Carbide Finishing Stick

Product Description

The VALUE COLLECTION 399-1119 is a half-round silicon carbide toolroom finishing stick designed for precision deburring, honing, and surface finishing of metal parts. Measuring 4 inches long by 0.5 inches wide, this stick delivers consistent material removal on ferrous and non-ferrous metals. The medium grade abrasive provides a balance between stock removal and surface refinement, making it a reliable choice for toolroom, maintenance, and production finishing tasks. Machinists, tool-and-die makers, and maintenance technicians are the primary users of this type of finishing stick.

This finishing stick is suited for hand-finishing operations in toolrooms, machine shops, and maintenance facilities. The half-round profile allows it to address both flat and contoured surfaces in a single tool, including slots, grooves, bores, and flat stock. It is commonly used to remove burrs from machined edges, smooth surface irregularities, and prepare mating surfaces prior to assembly. The compact size makes it easy to control for detailed hand work.

Key Features

• Silicon carbide abrasive material for effective cutting action on hard metals and non-ferrous materials
• Half-round profile handles both flat and curved surfaces without changing tools
• Medium grade provides a practical balance of material removal rate and finish quality
• Compact 4-inch length offers good control during hand finishing operations
• Black coloring consistent with silicon carbide toolroom stick standards

Compatibility

Designed as an OEM-style replacement finishing stick for general toolroom and machining applications requiring silicon carbide abrasive in a half-round profile.

Installation Notes

This finishing stick is used by hand without power equipment. No mechanical installation is required. Apply light, consistent pressure and use smooth strokes along the workpiece to avoid uneven wear on the stick. Keep the stick clean and dry when not in use to maintain abrasive performance.