Description
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⚡️ 2X Faster Printing: High-Flow (HF) formula enables speeds up to 25 mm³/s, cutting production time by half.
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🏗️ True Structural Strength: Reinforced with chopped carbon fiber for superior stiffness and dimensional stability.
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🛡️ Enhanced Durability: Significantly higher impact resistance and HDT (76°C) for demanding applications.
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✨ Professional Matte Finish: Sleek Matte Black appearance with excellent layer adhesion and minimal warping.
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🛠️ Industrial & Functional: Ideal for jigs, fixtures, drone parts, and high-performance prototyping.
Functional Prototypes
Jigs & Fixtures
High-Performance Drones
Automotive Components
2X Faster Printing (High-Flow Formula)
Engineered for modern high-speed printers. Achieve flow rates up to 25mm³/s, cutting production time in half while maintaining flawless layer adhesion.
True Structural Reinforcement
Unlike carbon fiber powder PETG-CF, we use short chopped carbon fibers. This creates a physical "internal skeleton" for unmatched stiffness and durability.
Enhanced Heat ＆ Impact Resistance
Step up to a 76°C HDT. This Pro version is built to survive demanding environments where standard PETG would soften or shatter.
Professional Matte Finish
Hide layer lines naturally. The matte black surface provides a high-end, factory-molded aesthetic directly from the build plate.
Ultra-Low Warping
Combining PETG’s ease of use with fiber stability. Experience reliable bed adhesion and perfect dimensional accuracy, even on large-scale prints.
Product Specifications
| Material | Polyethylene Terephthalate Glycol + Short-cut carbon fiber |
| Density | 1.3 g/cm³ |
| Net Weight | 1 kg |
| Dimensions | 1.75±0.2 mm |
| Nozzle requirements | Hardened steel （0.4 mm or larger） |
FAQ
The Pro version features High-Flow (HF) chemistry and Chopped Fibers, standard PETG-CF usually uses powdered carbon fiber. The Pro version is tougher, more heat-resistant, and prints significantly faster.
Not recommended. Carbon fiber is abrasive. A hardened steel or ruby nozzle is required to prevent rapid wear.
While PETG is generally easier to print than ABS, an enclosure is highly recommended for PETG-CF Pro HF.
Large or complex parts are prone to warping if the ambient temperature is too low or if there are sudden drafts.
An enclosed environment maintains consistent ambient heat, ensuring optimal interlayer adhesion and preventing corners from lifting.
Yes, it is rigid enough for smooth loading in systems like the AMS.
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