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Grinding point hardness J coarse, AW-CER, Type: KE1645
Article no.: 551795 KE1645
Article code:
- Grinding medium code: Ceramic
Product details
Technical Data
| Grinding media | Ceramic grit (CER) | |
| Grinding medium code | Ceramic | |
| Grit designation | coarse | |
| Head ⌀ | 16 mm | |
| Head length | 45 mm | |
| Shank ⌀ | 6 mm | |
| Type of product | Grinding point |
Identification & Classification
| Article number | 551795 KE1645 | |
| EAN / GTIN | 4007220802625 | |
| Manufacturer number | 4007220802625 | |
| Manufacturer/responsible person | August Rueggeberg GmbH & Co. KG, Hauptstraße 13, 51709 MARIENHEIDE, Germany, www.pferd.com |
Description
Version:
PFERD grinding points (OSA certified and tested to DIN EN 12 413) are specially designed for hardness, bonding, grit type and grit size for the specific applications and cover a very wide application range. Minimal radial run-out ensures vibration-free grinding which is good for man, machine, and component. PFERD grinding points are generally suitable for edge and surface grinding and provide you with maximum material removal rates, long service life, and consistent surface finish quality of the component.
Grinding point with mixed grit (AW-CER) in hardness J. Soft bonded combination of white aluminium oxide and ceramic micro-crystalline sintered corundum with high self-sharpening characteristics for consistently high metal removal rates coupled with cool grinding behaviour (Pferd designation AWCO).
Coarse, 46 grit.
Grinding point with mixed grit (AW-CER) in hardness J. Soft bonded combination of white aluminium oxide and ceramic micro-crystalline sintered corundum with high self-sharpening characteristics for consistently high metal removal rates coupled with cool grinding behaviour (Pferd designation AWCO).
Coarse, 46 grit.
Application:
For surface grinding of superalloys that are difficult to grind such as titanium materials, nickel and cobalt-based alloys, and also hardened steel.
Recommended cutting speed 30 − 50 m/s.
Recommended cutting speed 30 − 50 m/s.