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✔ Compatible with Bambu Lab, Snapmaker, Anycubic and more
✔ Tangle-free winding for uninterrupted feeding
✔ Great layer adhesion, minimal warping
✔ No bubbles, smooth printing
✔ Moisture-free: vacuum-sealed with desiccant
Carbon Fiber Reinforced Strength: Carbon fibers form a mesh skeleton structure within the PET matrix, greatly improving mechanical properties, heat resistance and dimensional stability. The result is a filament that produces parts with significantly greater rigidity and strength than standard PETG without the printing difficulty of more demanding engineering materials.
Strong Yet Lightweight: PET-CF balances strength with a lightweight profile, making it ideal for durable yet lightweight components. Achieve the structural performance you need without the unnecessary weight of denser materials, perfect for functional parts, brackets and structural components.
High Thermal & Chemical Resistance: PET-CF boasts excellent mechanical properties, exceptional thermal resistance, chemical resistance, low moisture absorption and high UV stability. With an operating temperature range of -20°C to 120°C, it performs reliably in demanding environments where standard PLA or PETG would warp or degrade.
Minimal Warping, Superior Dimensional Stability: PET-CF experiences minimal warping, and the finished part exhibits a superb surface finish thus minimising the need for post-processing. Prints have no warpage thanks to internal stress release through the carbon fiber mesh structure, making it one of the most dimensionally reliable engineering filaments you can print on a desktop machine.
Premium Matte Surface Finish: Carbon fiber brings a distinct, fine matte texture that reduces visible layer lines, ensuring a refined and professional finish. Perfect for functional parts that also need to look the part.
⚠️ Important: Hardened Steel Nozzle Required
Carbon fiber is abrasive: abrasion resistant nozzles are strongly recommended. Standard brass nozzles will wear quickly when printing PET-CF. A hardened steel nozzle (0.4mm or larger) is required for best results and to protect your printer's hotend.