Filament-PM PETG CFJet Carbon 0.5 kg | Black
Filament-PM PETG CFJet Carbon 0.5 kg | Black
Industrial composite PETG filament with 17% carbon fiber - higher strength, stiffness and matte technical surface. Spool 0.5 kg, diameter 1.75 mm.
✔️ PETG base + 17% carbon fiber
✔️ Higher strength and stiffness than standard PETG
✔️ Matte technical surface appearance
✔️ Nozzle temperature 220 - 250 °C, bed 80 - 90 °C
✔️ Dimensional stability, minimal warping
✔️ Heat resistance of print up to 70 °C
✔️ Ideal for functional and mechanically stressed parts
✔️ Requires hardened nozzle (abrasive material) Show more
Industrial composite PETG filament with 17% carbon fiber - higher strength, stiffness and matte technical surface. Spool 0.5 kg, diameter 1.75 mm.
✔️ PETG base + 17% carbon fiber
✔️ Higher strength and stiffness than standard PETG
✔️ Matte technical surface appearance
✔️ Nozzle temperature 220 - 250 °C, bed 80 - 90 °C
✔️ Dimensional stability, minimal warping
✔️ Heat resistance of print up to 70 °C
✔️ Ideal for functional and mechanically stressed parts
✔️ Requires hardened nozzle (abrasive material) Show more
Filament-PM PETG CFJet Carbon is an industrial composite material based on PETG with 17% carbon fiber content. It offers higher strength and stiffness than standard PETG, a matte print surface and dimensional stability. It is designed for functional and mechanically stressed parts.
Key features
The material is based on PETG (polyethylene terephthalate glycol) enriched with short carbon fibers, which increase the mechanical strength, modulus of elasticity and stiffness of the prints. The material is characterized by good dimensional stability, minimal warping and solid layer adhesion. Thanks to the carbon fiber content, it has a matte, technical surface appearance that hides print layers and creates a premium impression. The heat resistance of the finished print reaches approximately 70 °C, which is suitable for most mechanical applications in normal operating conditions.
Compared to pure PETG, CFJet Carbon achieves higher values of flexural and tensile strength and a higher modulus of elasticity. Notched impact strength is also increased, but impact strength is slightly reduced - the material is stiffer and less prone to creep, but at the same time slightly more brittle than unfilled PETG.
Print parameters
| Parameter | Value |
|---|---|
| Filament diameter | 1.75 mm (tolerance 0.05 mm) |
| Nozzle temperature | 220 - 250 °C |
| Bed temperature | 80 - 90 °C |
| Recommended nozzle | hardened (steel, ruby) - min. 0.4 mm |
| Print speed | 40 - 60 mm/s |
| Layer height | 0.15 - 0.25 mm |
| Cooling | 20 - 50 % |
| Drying before printing | 65 °C / 6 - 8 hours |
| Enclosed chamber | not required |
| Spool weight | 0.5 kg |
Who is Filament-PM PETG CFJet Carbon 0.5 kg suitable for
The material is intended for advanced 3D printing users and industrial applications where higher demands are placed on mechanical strength, stiffness and dimensional stability. It is used for printing functional prototypes, brackets, mounts, fixtures, jigs, spare parts, robotic components and mechanically stressed parts. Thanks to its matte surface, it is also suitable for visible technical parts. It is not recommended for printing very fine details or thin organic shapes, where classic PETG or PLA will excel more.
Printing tips
- Dry the material before printing - carbon-filled PETG absorbs air humidity faster.
- Use a hardened nozzle (steel, ruby) - carbon fibers abrasively wear out brass.
- The optimal nozzle diameter is 0.4 mm and larger due to homogeneous fiber flow.
- Reduce print speed and slightly increase nozzle temperature for better layer adhesion.
- Keep retraction at lower values - this reduces stringing.
- For maximum bed adhesion, use glue, a PEI sheet or 3DLAC spray.
- Do not store open filament freely - use a dry box with silica gel.
- For mechanical parts, choose a higher number of perimeters and 30 - 60 % infill.
