Materials for Multi Jet Fusion (MJF) 3D Printing

    Multi Jet Fusion (MJF) technology enables the production of final functional parts with homogeneous and isotropic mechanical properties. Consult the technical specifications of our sintered polymers, designed to overcome complex structural demands and optimize delivery times in short and medium runs.

    Multi Jet Fusion (MJF) 3D Printing - Materials Comparison Table

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    Brand/Manufacturer Description Density [g/cc] Flexibility (Flexural Modulus [MPa]) Flexural Strength [MPa] Tensile Modulus [MPa] Tensile Strength [MPa] Elongation at Break Impact Strength [kJ/m²] Heat Deflection Temp (1.82 MPa) [°C] Glass Transition Temperature [°C] Hardness at 23°C (Shore A or D) Special Characteristic
    EVONIK - HP PA12 HP 1,01 1.800 70 1.800 48 20-15% 3,60 95 - 80 D USP Class I-VI / Skin contact Surface Devices /
    ALM (EVONIK + ADDITIVES) PA12 ALM 650 1,02 1.500 - 1.700 48 24% 336 Izod no ent. 95 - 73 D Biocompatible
    ALM PA12 ALM 615-GS 1,49 3.300 78 5.910 38 2% 120 Izod no ent. 134 - - Gass filled
    MASS ADDITIVE MANUFACTURING GMBH / FORWARD AM BASF TPU 88 1,10 70 - 75 8 / Z 7 270 / Z 130% - - -48 88 A Elastomer, Skin contact
    EMS GRILLTECH PA12 EMS D 2662A P 35-100 1,01 1.160 45 1.500-1.900 40 - 50 20-6 % 25 - 12 Charpy no ent - - - PA12 similar to ALM 650
    MASS ADDITIVE MANUFACTURING GMBH / FORWARD AM BASF PA11 BASF 1,02 1.800 - 1.250 - 1.750 - 1.110 31-26 150 - 51% 85-198 Charpy no ent 76 - UL 94 HB, USP Class VI, skin contact
    ALM ALM FR-106 1,07 1.345 - 1.392 46 38% 144 Izod no ent. 70 - Flame Retardant FAR 25.853 60sec
    GRAPHMATECH PA11 ESD Grafeno 1,02 - - 1.680 44 15% - - - Electrical conductivity

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    Are you looking for isotropy or advanced mechanical strength in the production of final parts?

    Our technical team studies structural stresses and fusion parameters to offer you the most efficient additive manufacturing solution with HP MJF.

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