PLA Matte

ELEGOO PLA-CF Filament (black)ELEGOO PLA-CF (polylactide doped with carbon fiber) filament combines the ease of printing typical of PLA (polylactide - a plant-derived, biodegradable plastic) with higher mechanical strength. The addition of carbon fiber increases the stiffness of the material and reduces its shrinkage during cooling, resulting in greater dimensional precision. This type of material works well in technical components, housings and prototypes that need to be durable but lightweight.Accurate and aesthetically pleasing modelsThe addition of carbon fiber reduces shrinkage and deformation of the material, resulting in precise, well-fitted parts. Printed models have a matte surface and faintly visible layer lines, giving a professional effect without additional processing. The material fits most FDM 3D printers (Fused Deposition Modeling - a technology that applies molten plastic layer by layer).Printing without problemsThe filament has a diameter of 1.75 mm and a dimensional tolerance of ± 0.02 mm, which facilitates even feeding without jams. It is vacuum-packed with a moisture absorber to protect against bubbles and a clogged nozzle. It can be used alone or combined with classic PLA, maintaining high quality prints. General Manufacturer ELEGOO Model 50.203.0464 Color Black Weight 1 kg Recommended print settings Drying settings before printing 55 ± 5°C Ambient temperature and humidity ≤ 50°C, ≤ 20% relative humidity (store with moisture absorber) Nozzle temperature 210 - 240°C Table temperature (depending on printer and surface) 35 - 65°C Type of working surface Textured PEI (polyetherimide - a durable, adherent material used as a base for 3D printing) or other compatible surface Printing speed Less than 300 mm/s Physical properties Density 1.24 g/cm³ Melting point 165°C Deflection temperature under load 56°C Softening temperature (Vicat test) 64°C Mechanical properties Tensile strength (XY - measured in the horizontal plane of the print, where the material is strongest) 39 ± 3 MPa Elongation at break (XY) 7,5% ± 1,3% Bending strength (XY) 78 ± 2 MPa Bending modulus (XY) 3341 ± 172 MPa Impact strength (XY) 24.7 ± 1.5 kJ/m²