Cut, deburr and brush metal and stone with discs and rotary accessories.

Chain disc for wood for grinder, bore 22.2 mm
Key features
- Hole diameter (mm)22,2
- Available diameters (mm)115, 230
What it is
Chain disc for wood for grinder, bore 22.2 mm. Key specifications: hole diameter (mm) 22,2.
Specialist discs are discs for specific jobs: diamond blades for green or cured concrete and asphalt, and special discs for wood and metal or for surface cleaning.
What it is for
Used in woodworking, from cutting to finishing and for cutting solid wood, panels and battens, on the bench or on site.
How to use it
Choose the disc exactly for the material and machine you are working with and fit it observing the direction of rotation and maximum speed. Work without forcing, with the guard fitted and water cooling where specified. Wear safety glasses, ear defenders and a mask, and replace damaged or worn discs.
Where it is used
- Conservation and restoration
- Renovation
Technical data
- Hole diameter (mm): 22,2
Who it is for
Designed for joiners, furniture makers and restorers.
Related products
- Non-woven abrasive disc Laser Finish Ø 115 mm
- Universal discs in carbide
- Bush hammer BP1 Breaker — from the category Asphalt and Concrete Cutting and Scarifying Machines
- Floor saw Seafloor 500 S Sea Technology — from the category Power Cutters and Floor Saws
- Angle grinder DWE4056 — from the category Angle Grinders
- Browse the whole category: Special-Purpose Discs
Before you order
In your request, please state the diameter and the quantities required, so we can give you the right quotation first time.
For prices and availability, request a quote from AMES Srl: we will reply with our quotation, delivery times and, where needed, an equivalent technical alternative.
Specifications 2
| Hole diameter (mm) | 22,2 |
|---|---|
| Available diameters (mm) | 115, 230 |
The perfect setup for this job
Everything you need in one place, from functionality to safety.
For the job
For safety
Protect hearing from the noise of machines and tools by reducing the sound reaching the ear.




