Motion plastics specialist, igus, has recently developed igumid P190 – a new filament for 3D printing that is highly rigid and durable thanks to its reinforced carbon fiber. The material is suitable for structural components and connecting elements for cable carriers, as well as for 2-component 3D printing in combination with iglide i190. The new igumid P190 can be purchased as filament for 3D printing, or ordered in the igus online 3D printing service.
Since 2020, igus has been offering 2-component 3D printing (2K), which makes it easy to combine different material properties. This is also the idea behind the new, fiber-reinforced filament, igumid P190, which was specifically developed as a material partner for the tribofilament iglide i190 – characterized by its high wear resistance and excellent service life thanks to the solid lubricants incorporated in the material. Its abrasion resistance is up to 50 times better than regular 3D printing filaments.
“With the help of multi-material printing, these two filaments can be combined in a single manufacturing step to create a highly stable, and at the same time friction-optimized, component,” explained Tom Krause, head of additive manufacturing at igus.
The 2K printers work with FDM. Both plastics are melted in separate pressure nozzles and are built-up layer by layer to form a workpiece. “Both filaments together have an excellent material bond. This makes them ideal for multi-material printing,” said Tom Krause.
2K components are used in objects such as grippers – so they have a body that is resistant to bending and, at the same time, flexible gripping surfaces for a secure grip.
The filament has a low density of 1.25 g/cm³, while the material’s high strength ensures lower material requirements. Thus, igumid P190 can also be used for lightweight construction. Due to its high strength and stiffness, igumid P190 is also suitable for producing highly durable structural components. Inhouse tests following DIN EN ISO 178 in igus’ 3,800 square meter facility demonstrated that the filament has a flexural strength of up to 237 MPa and a flexural E-modulus of 11.5 GPa thanks to fiber reinforcement.