MIM/CIM Feedstock
POWDER TECHNOLOGIES AND ADDITIVES
Injection moulding
-
plasticizing temperatures at 140°C
-
tool temperature ≈ room temperature
-
high green strength
-
no demixing
-
no thermal shrinkage
-
low injection pressures
-
excellent viscosity
-
excellent release properties
-
finest geometric details are formable
Debinding
-
in acetone at 40 – 50°C
-
debinding of thick-walled part (over 15mm) are
well possible
-
highest brown part stability
-
no environmental pollution by distillation of
solvent in a closed cycle
-
low process costs
Sintering
-
lowest shrinkage by highest filling rates
-
closest tolerances (up to ± 0,15%)
-
excellent stability of shape during sintering
-
best surface quality
-
controllable carbon content
Available Materials
Feedstock for MIM/CIM
Stainless Steel
316L
-
1.4404
17-4PH
-
1.4542
X65Cr13
-
1.4037
Low alloyed steel
18Ni300
-
1.2709
8620
-
1.6523
4340
-
1.6511
Tool steel
420
-
1.2083
A2
-
1.2363
H11
-
1.2343
440C
-
1.4125
100Cr6
-
1.3505
M300
-
1.2709
Super alloy
IN 718
-
2.4668
Light metal
Ti6Al4V
-
3.7165
Ti Grade2
-
3.7035
Copper
-
Cu 99,8
Copper alloys
-
CuNi, CuNiFe
Hard metal
WCCo10
Ceramics
Zirconia
Natural
Zirconia
Coloured
Alumina
Al2O3
Silicon nitride
SiN
We produce further materials on request!
Please request and order by email.
Our MIM/CIM Feedstock uses the same binder
system as the filament.
The following processes are the same which makes it
cominable.
The feedstock also can be used for 3D printing in a
suitable printer.
FFF/FDM Filaments
Company
MIM/CIM Feedstock
Contact
R&D
Home
Technology