ISCAR – Microtools Division Produces
the Finest Products to Guarantee Customer Satisfaction
the Finest Products to Guarantee Customer Satisfaction
- Stainless
Steels
- Low
Alloy
Steel - Soft
Magnetic
Materials - Controlled
Expansion
and Sealing - Non
Ferrous
- Ultra High
Strength
Steel
MIM STAINLESS STEELS
| Materials | Nominal Composition % |
Density * |
Conditions | Hardness | Tensile Strength MPa(ksi) |
Yield Strength MPa(ksi) |
Elongation |
| AISI 430L 1.4016 X8Cr17 |
Cr:16.0-18.0; C:0.01 max Ni:0.15 max; Mn:1.0 max Si:1.0 max; S: 0.03 max P:0.04 max; Fe: Balance |
7.4 | Sintered | 69HRB | 370 (54) | 245 (36) | 25 |
| AISI 316L 1.4435 1.4404 X2CrNiMo17132 |
Cr:16.0-18.0;Ni:10.0-14.0 Mo:2.0-3.0; Si:1.0 max Mn:2.0 max; C:0.01 max Fe:Balance |
7.6 | Sintered | 60HRB | 482 (70) | 164 (24) | 55 |
| AISI 304L 1.4306 X2CrNi1911 |
Cr:18.0-20.0; Ni:8.0-12.0 C:0.03 max; Mn:2.0 max; P:0.045 max; S:0.03 max; Si:1.0 max; Fe: Balance |
7.5 | Sintered | 60HRB | 495 (72) | 160 (23) | 50 |
| AISI 17-4PH 1.4542 1.4548 X5CrNiCuNb174 |
Cr:15.5-17.5; Ni: 3.0-5.0 Cu:3.0-5.0; C:0.03 max Nb+Ta:0.15 -0.45 Mn:1.0 max; Si:1.0 max P:0.04 max.; Fe:Balance |
7.65 | Sintered Heat Treated |
20HRC 38HRC |
824 (120) 1104 (160) |
695 (101) 980 (142) |
10 3 |
| AISI 420 1.4021 X20Cr13 |
Cr:12.0-14.0; C:0.15 min Mn:1.0 max; Si:1.0 max Ni:0.35 max; P:0.04 max S:0.03 max; Fe:Balance |
7.45 | Sintered Heat Treated |
103HRC 50HRC |
1135 (165) 1400 (203) |
690 (100) 1000 (145) |
|
| AISI 440C 1.4125 X105CrMo17 |
C:0.95-1.20; Cr:16.0-18.0 Si:1.0max; Mn:1.0max S:0.03 max; Mo:0.75max N:0.03max; P:0.045max Ni:0.50max; O: 0.1 max Fe:Balance |
7.40 7.66 |
Sintered Sintered+HIP Heat Treated |
690-740HV | |||
| The given properties represent typical average values | |||||||
| *Pycnometric Density | |||||||
MIM LOW ALLOY STEELS
| Materials | Nominal Composition % |
Density* | Conditions | MECHANICAL PROPERTIES | |||
| Hardness | Tensile Strength MPa(ksi) |
Yield Strength MPa(ksi) |
Elongation | ||||
| AISI 4340 1.6565 40NiCrMo6 |
C:0.35-0.50; Ni:1.65-2.00 Cr:0.7-0.9; Mo:0.2-0.3 Mn:0.6-0.8; Si:0.15-0.30 Fe:Balance |
7.5 | Sintered Heat Treated |
20 HRC 48 HRC |
945 (137) 1780 (258) |
700 (102) 1410 (205) |
9 3 |
| AISI 4140 1.7225 42CrMo4 |
C:0.35-0.50; Cr:0.8-1.1 Mo:0.15-0.25; Mn:0.75-1.0 Si:0.15-0.35; P:0.035max S:0.04max; Fe:Balance |
7.5 | Sintered Heat Treated |
22 HRC 50 HRC |
700 (102 1300 (189) |
400 (58) 1200 (174) |
3 2 |
| AISI 8620 1.6523 20NiCrMo2-2 |
C:0.18-0.32; Cr:0.4-0.6 Mo:0.15-0.25; ;Mn:0.70-0.9 Ni:0.4-0.7; Si:0.15-0.30 P:0.04max; S:0.04max Fe:Balance |
7.5 | Sintered Case Hardened |
20 HRC 800 HV (64HRC) max |
550 (80) | 390 (57) | 6 |
| AISI H13 1.2344 X40CrMoV51 |
C:0.32-0.45; V:0.80-1.20 Cr:4.75-5.50; Mo:1.10-1.75 Mn:0.20-0.50; Si:0.80-1.20 Fe:Balance |
7.7 | Sintered+HIP Heat Treated |
50 HRC | 1800 (261) | 1500 (218) | |
| 7%Ni-Fe | Ni:7.0; C:0.01 max. Si:0.05 max.; Mo:0.03 max Fe: Balance |
7.75 | Sintered Case Hardened |
67 HRB 560-630 HV02 (59-63HRC) max |
420 (61) | 310 (45) | 34 |
| 2%Ni-Fe | Ni: 2.0; C:0.01 max. Si:0.05 max.; Mo:0.03 max Fe:Balance |
7.75 | Sintered Case Hardened |
30 HRB 670-770 HV02 (59-63HRC) max |
320 (47) | 180 (26) | 26 |
| 7%Ni-Fe-C | C:0.4-0.7; Ni:6.5-7.5; Si:0.05 max;Mo:0.03 max Fe: Balance |
7.7 | Sintered Heat Treated |
22 HRC 46-48 JRC |
860 1680 |
494 1100 |
12 6 |
| The given properties represent typical average values | |||||||
| *Pycnometric Density | |||||||
MIM SOFT MAGNETIC MATERIALS PROPERTIES
| Materials | Nominal Composition % |
Density* | Conditions | MECHANICAL PROPERTIES | MAGNETICAL PROPERTIES | |||||
| Hardness | Tensile Strength MPa(ksi) |
Yield Strength MPa(ksi) |
Elongstiom % |
Maximum Induction T (kG) |
Residual Induction T (kG) |
Coercive Force A/m (Oe) |
||||
| 2%Ni-Fe | Ni:2.0; C:0.01 max Si:0.05max Mo:0.03 max Fe: Balance |
7.75 | Sintered | 30 HRB | 320 (47) | 180 (26) | 26 | 1.3-1.5 (13-15) |
1.1-1.3 (11-13) |
79-135 (1.0-1.7) |
| 2V Permendur |
Co:48.0-50.0; V:1.8-2.2 Si: 0.2 max; Mn:0.15max Ni:0.1 max; S:0.03 max C:0.02 max; Fe: Balance |
7.9 | Sintered | 88 HRB | 485 (70) | 284 (41) | 4 | 1.65 (16.5) | 1.2 (12) | 237 (2.98) |
| Iron | C:0.01 max; Si:0.05 max Mo:0.03max; Ni:0.05max Fe: Balance |
7.8 | Sintered | 52 HV10 | 198 (29) | 78 (11) | 44 | 1.5 (15) | 1.4 (14) | 86 (1.08) |
| 40% Ni-Fe | Ni:40.0; C:0.01 max Si:0.05 max; Mo:0.03max Fe: Balance |
8.0 | Sintered | 63 HRB | 443 (64) | 232 (34) | 39 | 1.4 (14) | 0.56 (5.6) | 13 (0.16) |
| 50%Ni-Fe 1.3927 1.3926 | Ni:50.0; C:0.01 max Si:0.05 max; Mo:0.03max Fe: Balance |
8.0 | Sintered | 60 HRB | 496 (72) | 160 (23) | 44 | 1.4 (14) | 0.42 (4.2) | 9.4 (0.12) |
| 80% Ni-Fe |
Ni:79.0; Mo:4.0 Si:0.10 max; C:0.01 max Fe: Balance |
8.3 | Sintered | 65 HRB | 505 (73) | 36 | 0.8-1.0 (8.1-10.0) |
0.3-0.5 ( 3.0-5.0) |
4.8-7.2 (0.06-0.09) |
|
| 3% Si-Fe | Si: 3.0; Fe: Balancee |
7.7 | Sintered | 81 HRB | 520 (75) | 345 (50) | 25 | 1.45 (14.5) | 1.35 (13.5) | 54.5 (0.68) |
| 7% Si-Fe | Si: 7.0; Fe: Balance |
7.45 | Sintered | 35 HRC | 375 (54) | 1.33 (13.3) | 1.25 (12.5) | 29.0 (0.36) | ||
| AISI 430L 1.4016 |
Cr: 16.0-18.0; C: 0.01max Ni:0.15 max; Mn:1.0max Si:1.0 max; S: 0.03 max P: 0.04 max; Fe: Balance |
7.4 | Sintered | 69 HRB | 370 (54) | 245 | 25 | 0.924 (9.24) | 0.44 (4.4) | 212 (2.67) |
| The given properties represent typical average values | ||||||||||
| *Pycnometric Density | ||||||||||
MIM CONTROLLED EXPANSION AND SEALING MATERIALS
| Materials | Nominal Composition % |
Density* | Conditions | MECHANICAL PROPERTIES | |||
| Hardness | Tensile Strength MPa(ksi) |
Yield Strength MPa(ksi) |
Elongation | ||||
| 36% Ni-Fe 1.3912,13911 |
Ni: 36.0; Si:0.2 max C:0.01 max; Fe:Balance |
7.8 | Sintered | 60 HRB | 427 (62) | 276 (40) | 29 |
| 42% Ni-Fe 1.3917 |
Ni:42.0; Si:0.17 max C:0.01max; Fe:Balance |
7.8 | Sintered | 49 HRB | 445 (64) | 276 (40) | 31 |
| Kovar ASTM F15 1.3981 |
Ni:29.0; Co:17.0; C:0.01max; Mn:0.5max Mo:0.2max; Cu:0.2max Si:0.2max; Al:0.1max Ti:0.1max; Zr:0.1max Mg:0.1max; Cr:0.2max Fe: Balance |
7.9 | Sintered | 76 HRB | 467 (68) | 307 (45) | 37 |
| The given properties represent typical average values | |||||||
| *Pycnometric Density | |||||||
MIM NON FERROUS MATERIALS
| Materials | Nominal Composition % |
Density* | Conditions | Hardness | Tensile Strength MPa(ksi) |
Yield Strength MPa(ksi) |
Elongation |
| Titanium |
C: 0.1max O: 0.35max N:0.05max Fe: 0.3max Ti: Balance |
4.3 | Sintered | 580 (84) | 480 (70) | 20 | |
| Ti-6Al-4V | Al:5.5-6.5 V:3.5-4.5 C:0.06 max Fe:0.25 max O:0.22 max N: 0.02 max H:.001 max Ti: Balance |
4.29 4.45 |
Sintered Sintered+HIP |
890-920 970-990 |
800-820 900-920 |
12.5-13.5 15.0-16.0 |
|
| The given properties represent typical average values | |||||||
| *Pycnometric Density | |||||||
MIM ULTRA HIGH STRENGTH STEEL
| Materials | Nominal Composition % |
Density* | Conditions | MECHANICAL PROPERTIES | |||
| Hardness | Tensile Strength MPa(ksi) |
Yield Strength MPa(ksi) |
Elongation | ||||
| Maraging 300 1.2709 X3NiCoMoTi 18-9-5 |
Ni: 17-19 Co: 8.5-9.5 Mo: 4.5-5.2 Ti: 0.6-0.8 Cr: 0.5 max max C: 0.03 Mn, Si: 0.1 max Fe: Balance |
7.74 8.05 |
Sintered Sintered+HIP Heat Treated |
20-23HRC 30-33HRC 50-54HRC |
1950 (283) | 1900 (276) | 3 |
| The given properties represent typical average values | |||||||
| *Pycnometric Density | |||||||