cutting data
Indexable Insert
Order Code:
TPHW 16T304 SN P25
(Corresponding ANSI size: TPHW 32.51)
Tungsten Carbide – Substrate
SN – Geometry
P25 – Grade
P
M
K
N
S
H
0.2 mm - 3 mm – ap
0.0079" - 0.1181" – DOC
P
M
K
N
S
H
0.2 mm - 15 mm – ap
0.0079" - 0.5906" – DOC
Turning - metric starting values
Material | vc max | vc min | f max | f min |
---|---|---|---|---|
P1 Low Carbon Steel | 150 m/min | 90 m/min | 0.4 mm | 0.13 mm |
P2 Alloy Steel | 120 m/min | 60 m/min | 0.4 mm | 0.13 mm |
P3 Tool Steel | 90 m/min | 50 m/min | 0.25 mm | 0.13 mm |
P4 Alloy Tool Steel | 60 m/min | 45 m/min | 0.25 mm | 0.13 mm |
P5 Alloy Cast Steel | 0 m/min | 0 m/min | 0 mm | 0 mm |
M1 Stainless Steel | 0 m/min | 0 m/min | 0 mm | 0 mm |
M2 Stainless Steel - Austenitic, Martensitic | 0 m/min | 0 m/min | 0 mm | 0 mm |
K1 Grey Cast Iron | 0 m/min | 0 m/min | 0 mm | 0 mm |
K2 Cast Iron Malleable | 0 m/min | 0 m/min | 0 mm | 0 mm |
N1 Copper Alloys | 0 m/min | 0 m/min | 0 mm | 0 mm |
N2 Low-Silicon Aluminium Alloys and Magnesium Alloys, Si <12,2% | 0 m/min | 0 m/min | 0 mm | 0 mm |
N3 High-Silicon Aluminium Alloys , Si >12,2% | 0 m/min | 0 m/min | 0 mm | 0 mm |
N4 Nylon, Plastics, Rubbers, Phenolics, Resins, Fibreglass | 0 m/min | 0 m/min | 0 mm | 0 mm |
N5 Carbon, Graphite Composites, CFRP | 0 m/min | 0 m/min | 0 mm | 0 mm |
S1 Iron-Based, Heat-Resistant Alloys | 0 m/min | 0 m/min | 0 mm | 0 mm |
S2 Cobalt-Based, Heat-Resistant Alloys | 0 m/min | 0 m/min | 0 mm | 0 mm |
S3 Nickel-Based, Heat-Resistant Alloys | 0 m/min | 0 m/min | 0 mm | 0 mm |
S4 Titanium and Titanium-based Alloys | 0 m/min | 0 m/min | 0 mm | 0 mm |
H1 Hardened Steel C0.2% - C0.8% | 0 m/min | 0 m/min | 0 mm | 0 mm |
H2 Hardened Steel C0.8% - C2.1% | 0 m/min | 0 m/min | 0 mm | 0 mm |
Turning - imperial starting values
Material | vc max | vc min | f max | f min |
---|---|---|---|---|
P1 Low Carbon Steel | 492 SFM | 295 SFM | 0.0157 IPR | 0.0051 IPR |
P2 Alloy Steel | 394 SFM | 197 SFM | 0.0157 IPR | 0.0051 IPR |
P3 Tool Steel | 295 SFM | 164 SFM | 0.0098 IPR | 0.0051 IPR |
P4 Alloy Tool Steel | 197 SFM | 148 SFM | 0.0098 IPR | 0.0051 IPR |
P5 Alloy Cast Steel | 0 SFM | 0 SFM | 0 IPR | 0 IPR |
M1 Stainless Steel | 0 SFM | 0 SFM | 0 IPR | 0 IPR |
M2 Stainless Steel - Austenitic, Martensitic | 0 SFM | 0 SFM | 0 IPR | 0 IPR |
K1 Grey Cast Iron | 0 SFM | 0 SFM | 0 IPR | 0 IPR |
K2 Cast Iron Malleable | 0 SFM | 0 SFM | 0 IPR | 0 IPR |
N1 Copper Alloys | 0 SFM | 0 SFM | 0 IPR | 0 IPR |
N2 Low-Silicon Aluminium Alloys and Magnesium Alloys, Si <12,2% | 0 SFM | 0 SFM | 0 IPR | 0 IPR |
N3 High-Silicon Aluminium Alloys , Si >12,2% | 0 SFM | 0 SFM | 0 IPR | 0 IPR |
N4 Nylon, Plastics, Rubbers, Phenolics, Resins, Fibreglass | 0 SFM | 0 SFM | 0 IPR | 0 IPR |
N5 Carbon, Graphite Composites, CFRP | 0 SFM | 0 SFM | 0 IPR | 0 IPR |
S1 Iron-Based, Heat-Resistant Alloys | 0 SFM | 0 SFM | 0 IPR | 0 IPR |
S2 Cobalt-Based, Heat-Resistant Alloys | 0 SFM | 0 SFM | 0 IPR | 0 IPR |
S3 Nickel-Based, Heat-Resistant Alloys | 0 SFM | 0 SFM | 0 IPR | 0 IPR |
S4 Titanium and Titanium-based Alloys | 0 SFM | 0 SFM | 0 IPR | 0 IPR |
H1 Hardened Steel C0.2% - C0.8% | 0 SFM | 0 SFM | 0 IPR | 0 IPR |
H2 Hardened Steel C0.8% - C2.1% | 0 SFM | 0 SFM | 0 IPR | 0 IPR |
Milling - metric starting values
Material | vc max | vc min | fz max | fz min |
---|---|---|---|---|
P1 Low Carbon Steel | 150 m/min | 120 m/min | 0.15 mm | 0.05 mm |
P2 Alloy Steel | 0 m/min | 0 m/min | 0 mm | 0 mm |
P3 Tool Steel | 0 m/min | 0 m/min | 0 mm | 0 mm |
P4 Alloy Tool Steel | 0 m/min | 0 m/min | 0 mm | 0 mm |
P5 Alloy Cast Steel | 0 m/min | 0 m/min | 0 mm | 0 mm |
M1 Stainless Steel | 0 m/min | 0 m/min | 0 mm | 0 mm |
M2 Stainless Steel - Austenitic, Martensitic | 0 m/min | 0 m/min | 0 mm | 0 mm |
K1 Grey Cast Iron | 0 m/min | 0 m/min | 0 mm | 0 mm |
K2 Cast Iron Malleable | 0 m/min | 0 m/min | 0 mm | 0 mm |
N1 Copper Alloys | 0 m/min | 0 m/min | 0 mm | 0 mm |
N2 Low-Silicon Aluminium Alloys and Magnesium Alloys, Si <12,2% | 0 m/min | 0 m/min | 0 mm | 0 mm |
N3 High-Silicon Aluminium Alloys , Si >12,2% | 0 m/min | 0 m/min | 0 mm | 0 mm |
N4 Nylon, Plastics, Rubbers, Phenolics, Resins, Fibreglass | 0 m/min | 0 m/min | 0 mm | 0 mm |
N5 Carbon, Graphite Composites, CFRP | 0 m/min | 0 m/min | 0 mm | 0 mm |
S1 Iron-Based, Heat-Resistant Alloys | 0 m/min | 0 m/min | 0 mm | 0 mm |
S2 Cobalt-Based, Heat-Resistant Alloys | 0 m/min | 0 m/min | 0 mm | 0 mm |
S3 Nickel-Based, Heat-Resistant Alloys | 0 m/min | 0 m/min | 0 mm | 0 mm |
S4 Titanium and Titanium-based Alloys | 0 m/min | 0 m/min | 0 mm | 0 mm |
H1 Hardened Steel C0.2% - C0.8% | 0 m/min | 0 m/min | 0 mm | 0 mm |
H2 Hardened Steel C0.8% - C2.1% | 0 m/min | 0 m/min | 0 mm | 0 mm |
Milling - imperial starting values
Material | vc max | vc min | fz max | fz min |
---|---|---|---|---|
P1 Low Carbon Steel | 492 SFM | 394 SFM | 0.0059 IPT | 0.002 IPT |
P2 Alloy Steel | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
P3 Tool Steel | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
P4 Alloy Tool Steel | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
P5 Alloy Cast Steel | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
M1 Stainless Steel | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
M2 Stainless Steel - Austenitic, Martensitic | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
K1 Grey Cast Iron | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
K2 Cast Iron Malleable | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
N1 Copper Alloys | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
N2 Low-Silicon Aluminium Alloys and Magnesium Alloys, Si <12,2% | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
N3 High-Silicon Aluminium Alloys , Si >12,2% | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
N4 Nylon, Plastics, Rubbers, Phenolics, Resins, Fibreglass | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
N5 Carbon, Graphite Composites, CFRP | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
S1 Iron-Based, Heat-Resistant Alloys | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
S2 Cobalt-Based, Heat-Resistant Alloys | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
S3 Nickel-Based, Heat-Resistant Alloys | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
S4 Titanium and Titanium-based Alloys | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
H1 Hardened Steel C0.2% - C0.8% | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
H2 Hardened Steel C0.8% - C2.1% | 0 SFM | 0 SFM | 0 IPT | 0 IPT |
All technology data are recommendations. Relevant know-how in the proper handling of cutting tools is not replaced by this platform. Feed rate and cutting depth must be chosen so that the chip section does not exceed a value that could damage the tool or machine and also pays enough attention to the stability of the tool and clamping.