Embed Size (px)
Citation preview
Sondasys sp. z o.o.ul. Kościuszki 107a
42-440 Ogrodzieniec, POLAND
SLM METAL POWDERS TECHNICAL DATA
The mechanical properties can vary according to positioning of tensile bars, oeprating conditions and exposure parameters of the systems used. These data rest on the current state of our knowledge. They do not give the exact characteristics of material and do not represent a guarantee.
Material Metal gradeTensile
strenghtYield
strenght
Elongation after
fracture
Elasticity modulus
Relative density Density Hardness
316L 560 MPa 480 MPa 30% 180 GPa 99,90% 7,98 g/cm3 158 HB
17-4 PH (GP1)850 Mpa (1100 MPa after heat
treatment)
530 Mpa (590 Mpa after heat treatment)
30% 180 GPa 99% 7,8 g/cm3 229 HB
15-5 PH (PH1)850 Mpa (1100 MPa after heat
treatment)
530 Mpa (590 Mpa after heat treatment)
25% 170 GPa 99% 7,8 g/cm3
30~35 HRC (40 HRC
after heat treatment)
H13 (4Cr5MoSiV1)
1150 MPa (1503 MPa after heat
treatment)
1070 MPa (1320 MPa after heat treatment)
10% (4% after
hardened)200 GPa 99% 7,9 g/cm3
32 HRC (52 HRC after
heat treatment)
MS11090 MPa (1930 MPa after heat
treatment)
1000 MPa (1890 MPa after heat treatment)
10% (4% after
hardened)
200 Gpa (180 GPa after heat treatment)
99% 8 g/cm3
35 HRC (55 HRC after
heat treatment)
Titanium alloy Ti6Al4V (TC4) 1000 MPa 900 MPa 10% 110 GPa 99,90% 4,51 g/cm3 294 HBCoCr alloy CoCr-2Lc (MP1) 1100 MPa 900 MPa 10% 200 GPa 99% 8,3 g/cm3 35~45 HRC
Aluminium alloy AlSi10Mg 330 MPa 245 MPa 6% 70 GPa 99% 2,67 g/cm3 120 HB
Ni-base superalloy IN718 (GH4169)
980 MPa (1240 MPa after heat
treatment)
780 MPa (1000 MPa after heat treatment)
(12~30) % 160 GPa 99% 8,15 g/cm3
30HRC (283 HB) (47
HRC after heat
treatment)Copper alloy BR6-P6 400 MPa 260 MPa 5% 90 GPa 96% 8,8 g/cm3 170~200 HB
Stainless steel
Maragine steel
