- Application Range
- Compatible Grades
- Cutting Speeds
Iscar - IC830 Menu
General Information: | ||
---|---|---|
Brand | Iscar | |
Grade Status | Primary | |
Applications | Turning / Milling / Parting / Grooving | |
Substrate Class | Semi Tough | |
Coat Type | PVD | |
Post Treat | Y |
From Iscar's website:
A "SUMO TEC" AlTiN+TiN PVD coated grade. Recommended for interrupted cut and heavy operations on steel, stainless steel and high temperature. High toughness and wear resistance.
Application Range for IC830
Watch the Video:
"How to use the Carbide Grades Information"
and get the most out of this page!
Watch the Video:
"How to use the Carbide Grades Information"
and get the most out of this page!
ISO | Material Group | app | pmksort | App | Apps Range | 05 | 10 | 15 | 20 | 25 | 30 | 35 | 40 | 45 |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
P | P - Steel | T | 0 | Turning | P25 - P45 | P | P | P | P | P | ||||
M | M - Stainless Steel | T | 1 | Turning | M20 - M45 | M | M | M | M | M | M | |||
K | K - Cast Iron | T | 2 | Turning | K25 - K45 | K | K | K | K | K | ||||
S | S - Superalloys | T | 4 | Turning | S20 - S35 | S | S | S | S | |||||
P | P - Steel | M | 0 | Milling | P10 - P40 | P | P | P | P | P | P | P | ||
M | M - Stainless Steel | M | 1 | Milling | M10 - M30 | M | M | M | M | M | ||||
S | S - Superalloys | M | 4 | Milling | S20 - S40 | S | S | S | S | S | ||||
P | P - Steel | P | 0 | Parting | P20 - P40 | P | P | P | P | P | ||||
M | M - Stainless Steel | P | 1 | Parting | M20 - M40 | M | M | M | M | M | ||||
K | K - Cast Iron | P | 2 | Parting | K20 - K40 | K | K | K | K | K | ||||
S | S - Superalloys | P | 4 | Parting | S25 - S40 | S | S | S | S | |||||
P | P - Steel | G | 0 | Grooving | P20 - P40 | P | P | P | P | P | ||||
M | M - Stainless Steel | G | 1 | Grooving | M20 - M40 | M | M | M | M | M | ||||
S | S - Superalloys | G | 4 | Grooving | S25 - S35 | S | S | S |
Equivalent Grades for IC830
The most compatible grade from each brand!
A higher score (Up to 100%) means the grades are more compatible. A lower score or a particular grade not listed does not mean it is not a good grade. It means that its physical and mechanical properties are less close to echo
Brand | Application | Grade | Substrate | Coating | Gscore |
---|---|---|---|---|---|
Sandvik | Turning | GC2035 | Semi Tough | PVD | 90% |
Kennametal | Turning | KCU25 | Semi Hard | PVD | 80% |
Walter | Turning | WSM30S | Semi Tough | PVD | 100% |
Seco | Turning | CP600 | Semi Tough | PVD | 90% |
Tungaloy | Turning | AH645 | Tough | PVD | 95% |
Mitsubishi | Turning | MP7035 | Tough | PVD | 90% |
Sumitomo | Turning | AC1030U | Semi Hard | PVD | 90% |
Sandvik | Milling | GC1040 | Semi Tough | PVD | 85% |
Kennametal | Milling | KCSM40 | Tough | PVD | 95% |
Walter | Milling | WSM35S | Tough | PVD | 90% |
Seco | Milling | MS2050 | Semi Tough | PVD | 85% |
Tungaloy | Milling | AH4035 | Tough | PVD | 90% |
Mitsubishi | Milling | MP9130 | Semi Tough | PVD | 100% |
Sumitomo | Milling | ACU2500 | Semi Hard | PVD | 90% |
Sandvik | Parting | GC1145 | Semi Tough | PVD | 90% |
Kennametal | Parting | KCU25 | Semi Hard | PVD | 80% |
Walter | Parting | WSM33S | Semi Tough | PVD | 100% |
Seco | Parting | CP600 | Semi Tough | PVD | 90% |
Tungaloy | Parting | GH130 | Semi Tough | PVD | 90% |
Mitsubishi | Parting | VP30RT | Semi Tough | PVD | 90% |
Sumitomo | Parting | AC1030U | Semi Hard | PVD | 90% |
Sandvik | Grooving | GC1125 | Semi Hard | PVD | 75% |
Kennametal | Grooving | KC5025 | Semi Hard | PVD | 80% |
Walter | Grooving | WSM33S | Semi Tough | PVD | 100% |
Seco | Grooving | CP600 | Semi Tough | PVD | 90% |
Tungaloy | Grooving | GH130 | Semi Tough | PVD | 90% |
Mitsubishi | Grooving | VP30RT | Semi Tough | PVD | 90% |
Sumitomo | Grooving | AC1030U | Semi Hard | PVD | 90% |
Cutting Speed recommendations for IC830
How to use our Cutting Speeds Recommendations
- Pay attention that your desired unit (SFM or m/min) is selected!
- Speeds are given for stable conditions of Machine, Tool, and workpiece.
- An empty cell means the grade is not available for the combination of material and application.
- For more specific Cutting Speeds Recommendations use our advanced
SPEEDS AND FEEDS CALCULATOR
uid | _ | Material Group | Turning (m/min) | Turning (SFM) | Milling (m/min) | Milling (SFM) | Parting (m/min) | Parting (SFM) | Grooving (m/min) | Grooving (SFM) | Driiling (mm/min) | Drilling (SFM) |
---|---|---|---|---|---|---|---|---|---|---|---|---|
s669e31529a13 | P | Free Cutting Steel | 165 - 325 | 500 - 990 | 170 - 335 | 510 - 1020 | 125 - 245 | 380 - 740 | 135 - 260 | 410 - 790 | - | - |
s669e31529a13 | P | Low Carbon Steel (0.1-0.25%) | 155 - 190 | 470 - 570 | 160 - 195 | 480 - 590 | 115 - 145 | 350 - 440 | 125 - 150 | 380 - 450 | - | - |
s669e31529a13 | P | Carbon Steel (0.26-0.50%) | 130 - 190 | 390 - 570 | 135 - 195 | 410 - 590 | 100 - 145 | 300 - 440 | 105 - 150 | 320 - 450 | - | - |
s669e31529a13 | P | High Carbon Steel (0.51-1.0%) | 105 - 130 | 320 - 390 | 110 - 135 | 330 - 410 | 80 - 100 | 240 - 300 | 85 - 105 | 250 - 320 | - | - |
s669e31529a13 | P | High Carbon Steel (0.51-1.0%) | 105 - 130 | 320 - 390 | 110 - 135 | 330 - 410 | 80 - 100 | 240 - 300 | 85 - 105 | 250 - 320 | - | - |
s669e31529a13 | P | Low Alloyed Steel (180 HB Max) | 165 - 200 | 500 - 610 | 170 - 205 | 510 - 620 | 125 - 150 | 380 - 450 | 135 - 160 | 410 - 480 | - | - |
s669e31529a13 | P | Low Alloyed Steel (180-275 HB) | 95 - 165 | 280 - 500 | 100 - 170 | 300 - 510 | 70 - 125 | 210 - 380 | 75 - 135 | 220 - 410 | - | - |
s669e31529a13 | P | Low Alloyed Steel (275 -350 HB) | 60 - 95 | 180 - 280 | 60 - 100 | 180 - 300 | 45 - 70 | 130 - 210 | 50 - 75 | 150 - 220 | - | - |
s669e31529a13 | P | Low Alloyed Steel (275 -350 HB) | 60 - 95 | 180 - 280 | 60 - 100 | 180 - 300 | 45 - 70 | 130 - 210 | 50 - 75 | 150 - 220 | - | - |
s669e31529a13 | P | Tool Steel and High Alloy Steel (Annealed) | 55 - 130 | 160 - 390 | 55 - 135 | 160 - 410 | 40 - 100 | 120 - 300 | 45 - 105 | 130 - 320 | - | - |
s669e31529a13 | P | Tool Steel and High Alloy Steel (250-300 HB) | 40 - 95 | 120 - 280 | 40 - 100 | 120 - 300 | 30 - 70 | 90 - 210 | 30 - 75 | 90 - 220 | - | - |
s669e31529a13 | M | Ferritic Stainless Steel | 115 - 300 | 350 - 910 | 90 - 225 | 270 - 680 | 50 - 135 | 150 - 410 | 80 - 205 | 240 - 620 | - | - |
s669e31529a13 | M | Martensitic Stainless Steel | 115 - 185 | 350 - 560 | 90 - 140 | 270 - 420 | 50 - 80 | 150 - 240 | 80 - 125 | 240 - 380 | - | - |
s669e31529a13 | M | Austenitic Stainless Steel | 115 - 150 | 350 - 450 | 90 - 115 | 270 - 350 | 50 - 65 | 150 - 190 | 80 - 105 | 240 - 320 | - | - |
s669e31529a13 | M | Duplex Stainless Steel | 35 - 100 | 100 - 300 | 25 - 75 | 70 - 220 | 15 - 45 | 40 - 130 | 25 - 70 | 70 - 210 | - | - |
s669e31529a13 | M | Precipitation Hardening St. St. | 135 - 165 | 410 - 500 | 100 - 125 | 300 - 380 | 60 - 75 | 180 - 220 | 90 - 115 | 270 - 350 | - | - |
s669e31529a13 | K | Grey Cast Iron (180 HB Max) | 105 - 140 | 320 - 420 | - | - | 100 - 135 | 300 - 410 | - | - | - | - |
s669e31529a13 | K | Grey Cast Iron (180-260 HB) | 65 - 110 | 190 - 330 | - | - | 60 - 105 | 180 - 320 | - | - | - | - |
s669e31529a13 | K | Nodular cast iron (160 HB Max) | 105 - 155 | 320 - 470 | - | - | 100 - 145 | 300 - 440 | - | - | - | - |
s669e31529a13 | K | Nodular cast iron (180-280 HB) | 45 - 100 | 130 - 300 | - | - | 40 - 95 | 120 - 280 | - | - | - | - |
s669e31529a13 | K | Malleable cast iron (180 HB Max) | 100 - 145 | 300 - 440 | - | - | 95 - 140 | 280 - 420 | - | - | - | - |
s669e31529a13 | K | Malleable cast iron (180-270 HB) | 45 - 100 | 130 - 300 | - | - | 40 - 95 | 120 - 280 | - | - | - | - |
s669e31529a13 | S | Iron (Fe) Based - Supper Alloys | -175 - -345 | -530 - -1050 | 70 - 135 | 210 - 410 | 30 - 65 | 90 - 190 | -145 - -290 | -440 - -880 | - | - |
s669e31529a13 | S | Iron (Fe) Based - Supper Alloys | -175 - -345 | -530 - -1050 | 70 - 135 | 210 - 410 | 30 - 65 | 90 - 190 | -145 - -290 | -440 - -880 | - | - |
s669e31529a13 | S | Nickel (Ni) Based - Supper Alloys (20 HRC Max | -105 - -310 | -320 - -940 | 40 - 120 | 120 - 360 | 20 - 60 | 60 - 180 | -85 - -260 | -250 - -790 | - | - |
s669e31529a13 | S | Nickel (Ni) Based - Supper Alloys (21-42 HRC) | -60 - -130 | -180 - -390 | 25 - 50 | 70 - 150 | 10 - 25 | 30 - 70 | -50 - -110 | -150 - -330 | - | - |
s669e31529a13 | S | Cobalt (Co) Based - Supper Alloys | -40 - -130 | -120 - -390 | 15 - 50 | 40 - 150 | 10 - 25 | 30 - 70 | -35 - -110 | -100 - -330 | - | - |
s669e31529a13 | S | Pure Titanium | -195 - -320 | -590 - -970 | 75 - 125 | 220 - 380 | 35 - 60 | 100 - 180 | -165 - -265 | -500 - -800 | - | - |
s669e31529a13 | S | Titanium alloys | -105 - -210 | -320 - -640 | 40 - 80 | 120 - 240 | 20 - 40 | 60 - 120 | -85 - -175 | -250 - -530 | - | - |