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