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Sachnummer:
EAN / GTIN:
Herstellernummer:
HOLEX Pro UNI VHM-Schruppfräser HPC 4 mm
Artikel-Nr.: GG2432 4
Sachnummer:
- Schneidstoff: VHM
- Norm: Werksnorm
- Typ: N
- Tolerance nominal ⌀: e8
- No. of teeth Z: 3
Produktdetails
Technische Daten
| Serie | Pro Uni | |
| Cutting edge ⌀ DC | 4 mm | |
| Beschichtung | TiSiN | |
| Schneidstoff | VHM | |
| Norm | Werksnorm | |
| Typ | N | |
| Tolerance nominal ⌀ | e8 | |
| No. of teeth Z | 3 | |
| Helix angle | 42 degrees | |
| Spiralwinkel-Eigenschaft | ungleich | |
| Teilung der Schneiden | ungleich | |
| Direction of infeed | horizontal, schräg und vertikal | |
| Eingriffsbreite ae bei Fräsoperation | Vollnut Schnitttiefe 1×D; 0,3×D bei Besäumen | |
| Shank | DIN 6535 HB mit h6 | |
| Innenkühlung | nein | |
| Zerspanungsstrategie | HPC | |
| Flute length Lc | 11 mm | |
| Overhang length L1 incl. recess | 17 mm | |
| Recess ⌀ D1 | 3.8 mm | |
| Overall length L | 57 mm | |
| Shank ⌀ Ds | 6 mm | |
| Corner chamfer width at 45° | 0.08 mm | |
| Corner chamfer angle | 45 degrees | |
| Feed fz for slot milling in steel < 900 N/mm2 | 0.02 mm | |
| Feed fz for slot milling in stainless steel > 900 N/mm2 | 0.012 mm | |
| Feed fz for side milling in steel < 900 N/mm2 | 0.025 mm | |
| Feed fz for side milling in INOX > 900 N/mm2 | 0.015 mm | |
| Farbring | grün | |
| Contents | 5 | |
| Produktart | Eckfräser |
Identifikationsnummern & Klassifikationen
| Artikelnummer | GG2432 4 | |
| EAN / GTIN | 4067263102496 |
Anwendertabelle
N
250
P
240
P
220
P
180
P
170
P
140
M
90
M
80
S
35
K
240
Beschreibung
Version:
Same as No. 202432.
For roughing and finishing at very high feed rates with smooth cutting action. Innovative geometry and high-performance coating for outstanding production results and tool life in a variety of materials. Unequal spacing gives high intrinsic stability and smooth cutting action.
For roughing and finishing at very high feed rates with smooth cutting action. Innovative geometry and high-performance coating for outstanding production results and tool life in a variety of materials. Unequal spacing gives high intrinsic stability and smooth cutting action.