PLA Matte

ANYCUBIC IPHPFFW-101 PLA-CF Filament 1 kg (White)ANYCUBIC PLA-CF IPHPFFW-101 is a carbon fiber-reinforced filament that combines the aesthetic appeal of multicolored prints with high mechanical strength. The addition of carbon fiber reduces layer visibility, resulting in a more uniform surface and a better visual effect for models such as mechanical structures or vehicles. The matte finish gives prints a professional look without the need for additional post-processing, saving time and simplifying the creation process.Greater stiffness and dimensional stabilityThe material was designed for increased strength and resistance to deformation compared to standard PLA Matte. The material’s stiffness of 3100 MPa confirms its durability, making it suitable for more demanding applications. Low material shrinkage minimizes the risk of deformation, resulting in high dimensional accuracy and excellent print quality, particularly in parts requiring precise fit.Easy printing and smart solutionsThe filament is easy to use and compatible with desktop printers, offering a smooth printing process and minimal risk of nozzle clogging (use of a hardened steel nozzle is recommended). A built-in chip enables smart material identification in the Anycubic ACE Pro system, allowing for automatic adjustment of print settings (requires an internet connection and compatible devices). This solution simplifies the workflow and reduces the need for manual configuration.Practical design and eco-friendly approachThe filament comes with a reusable spool featuring a threaded connection system, which increases stability and reduces the risk of material tangling. The design is heat-resistant up to 100°C, ensuring durability during use. Additionally, the product was designed with reuse and a more environmentally friendly approach in mind. Manufacturer Anycubic Model IPHPFFW-101 Material PLA-CF Weight 1 kg Color white Curing recommended (55°C for 6–8 hours) Recommended nozzle diameter ≥ 0.4 mm Nozzle temperature 210–250°C Bed temperature 55–70°C Recommended print speed 40–250 mm/s Maximum flow rate 20 mm³/s Density 1.22 g/cm³ Melting point 165°C Vicat softening temperature 69°C Heat deflection temperature 60°C Tensile strength 44 ± 3 MPa Elongation at break 10.5 ± 1.5% Flexural strength 74 ± 5 MPa Impact resistance (Izod) 25 ± 2 kJ/m²