Sunlu High-Speed PLA Filament (Olive), Filament Sunlu PLA High-Speed Oliwkowy

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BeautyChest.lt

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19,50 €

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Sunlu PLA High-Speed Olive Filament Discover a filament that significantly speeds up 3D printing without compromising quality. Sunlu PLA High-Speed is designed for dynamic printing and maximum workflow efficiency. Even at standard speeds of 0–100 mm/s, it offers noticeably better quality than classic PLA—model surfaces are smoother, and details are more refined. It’s the perfect choice for those who want professional results in less time. Better overhangs, fewer supports, greater savings Thanks to its improved material structure, the filament handles overhangs exceptionally well. At angles below 70°, there is no need for supports, which means both material savings and shorter preparation and post-processing times for models. Better control over print geometry makes even the most demanding projects simpler and faster to complete. Instant curing and efficient cooling Sunlu PLA High-Speed stands out for its high crystallization temperature and rapid curing, which translates to print stability even at higher speeds. With heat dissipation efficiency increased by as much as 180%, the material cools faster and does not accumulate on the nozzle. In practice, this means smoother printing, a lower risk of warping, and better final quality, especially during intensive use and with dynamic settings. Wide compatibility and ease of use The filament was designed for maximum versatility and, as a result, works seamlessly with most FDM 3D printers. The low-temperature printing process saves energy while reducing project completion times. It is the ideal solution for both hobbyists and professionals who expect reliability, speed, and high quality in a single material. Manufacturer Sunlu Model PLA H-S OG Color Olive Density 1.26 g/cm³ Vicat softening temperature 54 °C Deformation temperature 57.3 °C Melting temperature 165.3 °C Melt flow index 5.5 g/10 min Tensile strength 54 MPa Elongation at break 13% Flexural strength 75 MPa Flexural modulus 2357 MPa Impact resistance 5.9 kJ/m²