Polishing Disc, Wolfcraft WF2132000, layered 85 x 10 mm for rotary tools

Layered polishing disc Wolfcraft WF2132000, 85 x 10 mm, designed for use with rotary tools and grinders. The compact multi-layer construction provides uniform polishing performance on small surfaces, edges and contours. This polishing disc is intended for deburring, finishing and smoothing of metal, wood, plastics and composite materials where precise, localized abrasive action is required.

Advantages

The layered design ensures even wear and consistent surface contact, reducing the need for frequent disc changes during short polishing tasks. Its 85 mm diameter and 10 mm thickness give stable handling on rotary tools while allowing access to tight spots and narrow edges. The product is compatible with common mandrels for rotary tools and is sized for controlled material removal and fine finishing across a variety of substrates.

Suitable for

• Deburring small metal parts and edges
• Finishing and smoothing wood surfaces and profiles
• Polishing plastic and composite components
• Detail work on contours, grooves and tight areas

Key specifications

• Disc diameter: 85 mm
• Disc thickness: 10 mm (layered construction)
• Compatibility: rotary tools and small grinders with appropriate mandrel
• Typical materials: metal, wood, plastics, composites
• Application types: deburring, polishing, finishing, smoothing

How to use

Secure the polishing disc on a suitable mandrel and tighten according to the rotary tool manufacturer’s instructions. Start at low speed to position the disc and then increase speed gradually to the recommended operating range for the work material. Apply light, even pressure and move the disc across the workpiece in steady passes to avoid overheating or material gouging. Inspect the surface frequently and replace the disc when abrasive effectiveness declines or layers become uneven.

Usage recommendations

Use appropriate personal protective equipment such as eye protection, gloves and dust mask. Test on a scrap piece where possible to determine optimal speed and pressure for the specific material. Avoid heavy pressure and prolonged contact in one spot to prevent surface damage.