Learn more about our HP MJF Services
MJF Nylon 11: This material has optimal mechanical properties, with high chemical resistance, ductility, and enhanced elongation-at-break. Its pliable nature and strength mean that Nylon 11 can withstand impact, making it an excellent fit for defense, sports, and medical prosthetic applications. (View spec sheet)
MJF Nylon 12: This material offers excellent strength and stiffness, good chemical resistance with excellent long-term consistency in material properties. Parts have slightly more balanced properties than SLS Nylon 12 in the X, Y, and Z direction. (View spec sheet)
MJF Nylon 12, Glass Filled: This material offers excellent strength and higher stiffness than unfilled nylon, good chemical resistance with excellent long-term consistency in material properties. Parts have slightly more balanced properties than SLS Nylon 12, Glass Filled in the X, Y, and Z direction. (View spec sheet)
MJF PP: Polypropylene material offers excellent chemical resistance and low moisture absorption. This makes it ideal for long-term exposure to fluids. PP is widely used across industries and applications and is typically molded. Because MJF PP is 3D printed, it allows for rapid product development and cost-effective iterations of this versatile material. (View spec sheet)
MJF TPU 88A: This material is a thermoplastic urethane, with flexibility and high tear strength. The material exhibits stiff rubber-like qualities—much like a skateboard wheel—allowing for a range of end-use applications. (View spec sheet)
Caption: MJF parts will have a matte gray appearance, which can vary from dark to light gray depending on part feature orientation. MJF parts can be dyed black for a consistent matte black finish.
Caption: HP Multi Jet Fusion parts can be chemically vapor smoothed to increase mechanical properties, smooth and seal surfaces, and improve their cosmetics.
Caption: HP Multi Jet Fusion parts can be chemically vapor smoothed to increase mechanical properties. This also enhances the TPU 88A's functionality as a rubber-like material.
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