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PEEK-3D
PRES
High-temperature resistant
1.Glass transition temperature: 143°C
2.Heat distortion temperature: 320°C (1.8MPa, CF10%)
3.Long-term using temperature: 260°C
4.Short-term using temperature: 300°C
5.Melting point: 343°C
Ultra-high stiffness and Lightweight
10% short carbon fiber delivers exceptional flexural modulus and specific strength, enabling metal replacement with up to 40% weight reduction vs. aluminum.
Low warpage & Excellent dimensional stability
Carbon fiber reduces shrinkage and thermal expansion, resulting in flatter prints and tighter tolerances — ideal for large parts and precision jigs.
Enhanced wear resistance & Thermal conductivity
Carbon fiber improves surface hardness and heat dissipation. Note: CF10% is electrically conductive — NOT suitable for semiconductor insulating applications.
| Material | drying Temperature | drying time | nozzle Temperature | Platform Temperature | Chamber temperature | printing speed |
| PEEK-CF10% | 150°C | 3H | 390-430°C | 100-140°C | 133-162°C | 15-50mm/s |
●PEEK-CF10% material after 3D printing, it needs Annealing process to Eliminate internal stress and enhance crystallinity!
●Nozzle recommendation: Use hardened steel nozzle — carbon fiber is abrasive and will wear down brass nozzles quickly.
● Ultra-high stiffness-to-weight ratio — metal replacement for aerospace and automotive
● Low warpage and superior dimensional stability vs. unfilled PEEK
● Enhanced wear resistance and thermal conductivity for friction-critical parts
● Electrically conductive — suitable for ESD-safe tooling and fixtures
● Widely compatible with FDM/FFF printing models
|PEEK-CF10% 3D Printing Filaments DATA SHEET
| Item | Unit | Value |
Tensile strength | MPa | 140 |
Elongation at break | % | 2.5 |
| Flexural modulus | MPa | 10300 |
Flexural strength | MPa | 210 |
Glass transition temperature | ℃ | 143 |
| Heat distortion temperature (℃) | ℃ | 320 (1.8MPa) |