Your sanding disc wobbles loose mid-cut and the wood tears instead of shaping cleanly.
Working wood, roots or non-metals by hand takes hours, and cheap attachments dull within minutes. This carbon steel shaping disc for angle grinders uses a high-frequency hardened surface to cut immediately and hold its edge, locking firmly in place via deep groove channels on the reverse. Instead of constant reworking, you shape both concave and convex contours precisely in a single pass, leaving a clean finish that needs no further hand filing.
Benefits
- No more stopping to re-sharpen mid-project: The high-frequency hardened blade keeps its cutting edge throughout the job, so you never have to reach for a hand file to rescue the workpiece.
- No wasted time wrestling with disc changes: The deep groove channel on the reverse locks and releases in seconds, meaning a swap between profile shapes costs you moments rather than minutes.
- No nagging doubt about the disc failing on a hard piece: The carbon steel body is heat-treated throughout, so you never have to stop and wonder whether the disc is still fit to continue on dense teak or gnarly root wood.
Specifications
- Material: Carbon steel, high-frequency hardened
- Diameter: 100 mm
- Available profiles: Incline (angled face), Circular Arc 1, Flat Face
- Function: Shaping, sanding and polishing
- Fixing: Deep groove channel on reverse for secure fitment
- Compatibility: Standard angle grinder fitting
- Includes: 1 x wood shaping disc
How to Use
- Attach: Align the groove channel on the reverse with your angle grinder spindle and press firmly into place — no tools required.
- Shape: Start the grinder and guide the disc steadily across the wood, roots or other non-metal material, working concave and convex areas in a single continuous motion.
- Refine: Inspect the workpiece and if needed switch to a different profile disc — such as the circular arc — to finish finer contours without the surface overheating.
Pro Tip: When starting on raw root wood or dense teak, always begin with the incline disc for the heavy rough-out pass before switching to the arc profile — this keeps the surface temperature low and prevents surface checking on harder grain.