High Speed Matte PLA
SUNLU High Speed PLA Matte delivers smooth and uniform matte surfaces even at high speeds, effectively reducing layer lines and enhancing a premium appearance.
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Supports printing speeds up to 600 mm/s, greatly improving efficiency
This material supports high-speed printing up to 600mm/s, significantly improving printing efficiency and reducing model formation time. Whether for rapid prototyping or batch production, it efficiently completes tasks, greatly enhancing overall work efficiency.
Matte finish, giving prints a rich texture and a less plastic-like appearance
The printed product features a delicate, soft matte effect that effectively reduces the plastic appearance typical of traditional materials. This gives the model a more sophisticated feel and visual impact, making it particularly suitable for display, design, and high-aesthetic models.
Neat filament winding, reducing tangling and clogging risk
Using a precision winding process, the filament is tightly and orderly coiled, effectively reducing tangling, knotting, and clogging risks. This ensures a continuous and stable printing process, minimizing interruptions and print failures.
1.75 ± 0.02 mm diameter tolerance, high printer compatibility
The filament diameter tolerance is strictly controlled, ensuring smooth and consistent extrusion. This improves print accuracy and surface quality, while also enhancing device compatibility and print consistency.
Parameter Information
| Mechanical Properties | Physical Properties | Print Settings | |||
|---|---|---|---|---|---|
| Tensile Strength（MPa） | 27±4 | Density（g/cm³） | 1.36 | Nozzle Temperature & Print Speed | 200-260℃ / ≤450mm/s |
| Flexural Strength（MPa） | 50±6 | Melt Flow Index（g/10 min） | 6±2 | Bed Temperature | 50-60℃ |
| Notched Izod Impact Strength（kJ/m²） | 8±3 | Shrinkage（%） | / | Retraction Distance | 0.8-1.2mm |
| Elongation at Break（%） | 20±7 | Heat Deflection Temperature（℃） | 55±3 | Retraction Speed | 30-40mm/s |
| Shore Hardness（HA/HD） | 80.5 | Vicat Softening Temperature（℃） | / | ||