Speed v (m/min)

c 80.0VA90-_R-16 Wear Resistance

Series

Speed min. - max.

Coolant Recommendation

PVDCVDPVDPVDCVDCVDUncoated
Recommended Possible X GradeX GradeStandardStandardStandardStandardMicrograin
Rm and X400X500SP6519SP4019MP91MSC3025GH1
ISOMaterials
Hardness
<600 N/mm 2130 - 270130 - 295140 - 345
Unalloyed<180 HBN

Steel     

<950 N/mm 2115 - 240115 - 260120 - 305
<280 HBN
P700-950 N/mm295 - 200100 - 210100 - 230105 - 270
200-280 HBN
Alloyed950-1200 N/mm270 - 15075 - 16075 - 17580 - 205
Steel280-355 HBN
1200-1400 N/mm245 - 9550 - 10050 - 11050 - 130

355-415 HBN    

Austenitic + Ferritic115 - 250115 - 270120 - 280
Stainless300 series

Steel      

MMartensitic100 - 220105 - 235110 - 250
400 series
Refractory50 - 11050 - 120

PH Stainless P.H.  

Grey145 - 365150 - 395135 - 290
GG-Ft
KSpheroidal-Ductile115 - 285120 - 335120 - 245

Cast Iron GGG-FGS    

Malleable105 - 260105 - 275115 - 200
GTS - MN/MP
Aluminium & Alloys400 - 2895400 - 3050
Aluminium < 16% Si 116 HBN

N & Alloys  

Aluminium + Silicon295 - 2320295 - 2440
> 16% Si 92 HBN
Iron Based23 - 4823 - 5524 - 63
Cobalt Based21 - 4422 - 4823 - 52
High

S Temperature   

AlloysNickel Based24 - 5125 - 5526 - 59
Titanium Based35 - 7336 - 7937 - 84
Hard Steel
>1400 N/mm245 - 9550 - 10050 - 105
HHard >415 HBN
Materials
Chilled Cast Iron

>1400 N/mm2 35 - 80 40 - 90 40 - 95

> 400 HBN

Calculation of the average chip thickness in relation with the ae (Radial Engagement) if ae is less than 50% of dia.

Formula: Programme Feed Rate (fz)h= Average chip thicknessFormula: Average Chip Thickness (h)
mm
a = Radial engagement
e

d f = Feed per tooth a

f = hxzh= f xe
zmmz
a
ed = Cutter diameterd