PETG-CF is a industrial grade filament ideally suited high-performance applications and for producing functional prototypes and for the production of replacement parts. This material can be printed on a FFF 3D printer without the need of a heated chamber. The inclusion of carbon fiber increased heat resistance, reduces warping and increases part rigidity. The low warping characteristics of PETG are further enhanced by carbon fiber making it an ideal solution for producing large parts.
PETG-CF is particularly well suited to part annealing due to its semi-crystalline structure.Part strength can be further enhanced by annealing printed parts. This will make parts stronger, stiffer and more heat-resistant. PETG-CF can be crystalized by heating it to its glass transition point so that the polymer chains within it become more organized, and therefore stronger.
Annealing PETG-CF can improve increase performance by:
Filament Diameter: 1.75 mm
Filament Weight: 1 kg
Printing Temperature: 260-290°C
Build Plate Temperature: 70-100°C
Nozzle Cooling fan: 20%
Printing Speed: 40-150mm/s (higher speeds require higher temperatures)
Retraction Speed: 20-40mm/s
Retraction: 4-6mm
Support Materials: Self supporting, HIPS
Drying before printing recommended: 100°C for 5 hours
Brass/Copper Nozzle not recommended
Flexural Strength(X-Y direction) 140~150MPa
Tensile Strength (X-Y direction) 75~85 MPa
Impact Strength (X-Y direction) 25~30KJ/㎡
Modulus of Elasticity (X-Y direction) 4500~5000 MPa
Elongation at Break
(X-Y direction)
4~5%
Melt Flow Rate
(MFR)
3~6 g/10min
Heat Deflection Temperature
(HDT@ 0.455 MPa/66 psi)
205℃
Density
1.3~1.31g/cm³
Water Absorption
(23°C/24h)
0.3%
Elongation at Break
(X-Y direction)
4~5%
Melt Flow Rate
(MFR)
3~6 g/10min
Heat Deflection Temperature
(HDT@ 0.455 MPa/66 psi)
205℃
Density
1.3~1.31g/cm³
Water Absorption
(23°C/24h)
0.3%
Elongation at Break (X-Y direction) 4~5%
Melt Flow Rate (MFR) 3~6 g/10min
Heat Deflection Temperature (HDT@ 0.455 MPa/66 psi) 205℃
Density 1.3~1.31g/cm³
Water Absorption(23°C/24h) 0.3%