POLINOX Wheel Aluminium Oxide - Surface Conditioning PNR 6050/6 A 100

POLINOX Wheel Aluminium Oxide - Surface Conditioning PNR 6050/6 A 100

POLINOX Wheel Aluminium Oxide - Surface Conditioning PNR 6050/6 A 280

POLINOX Wheel Aluminium Oxide - Surface Conditioning PNR 6050/6 A 280

POLINOX Wheel Aluminium Oxide - Surface Conditioning PNR 6050/6 A 180


USD 0.00
SKU
44656180

0.09 kg

4007220157152

Head Size mm:60 x 50
Grit:180"
44656280,"POLINOX Wheel Aluminium Oxide - Surface Conditioning PNR 6050/6 A 280

The non-woven abrasive is arranged in multiple axial layers. Since the individual layers are not interconnected

POLINOX Wheel Aluminium Oxide - Surface Conditioning PNR 6050/6 A 180

The non-woven abrasive is arranged in multiple axial layers. Since the individual layers are not interconnected, the abrasive surface adapts easily to different workpiece contours (e.g. in work on
profiles or pipes).

Abrasive:
A = Aluminium oxide

POLINOX?mounted and unmounted grinding wheels are made out of non-woven nylon in which abrasive grit is embedded. The flexible open-cell structure of the non-woven material makes the tools very elastic and ensures cool grinding.

Advantages:
- Cool grinding and low thermal load on the workpiece
- No clogging of the tool

Application examples:
- Producing matt and satin finishes on metals
- Cleaning of oxidized non-ferrous metals
- Seamless brush finishing of stainless steel (INOX)
- Surface roughening of plastics in preparation for adhesive bonding
- Surface adaptation of weld seams

Recommendations for use:
- POLINOX?mounted and unmounted grinding wheels achieve their best performance at a recommended cutting speed of 10-20 m/s. This provides an ideal compromise between stock removal, surface quality, thermal load on the workpiece and tool wear.
- Flexible shaft drives, electric and airpowered straight grinders can be used as tool drives.

Safety notes:
- The maximum permitted peripheral speed is 32 m/s
- For safety reasons, it is imperative to remain within the stated maximum permitted rotational speed at all times