eSun ePLA-CF Carbon Fibre PLA is a new material integrating German-imported short-cut carbon fibers into PLA.
eSun ePLA-CF Carbon Fibre PLA is a new material integrating German-imported organic impregnated short-cut carbon fibres into PLA. The infusion of carbon fibres not only fortifies the PLA's structural integrity but also lends it a sleek matte finish and a unique sandblasted texture reminiscent of carbon fibres. Whether employed for structural reinforcement or aesthetic enhancement, ePLA-CF stands out effortlessly due to its exceptional qualities, ease of printing, and seamless high-speed printing processes.
* High strength
* Matte finish
* Carbon Fibre texture
* Excellent printability
* High Speed printing
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3D PRINTING FILAMENT |
ePLA-CF |
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Melt Flow Index(g/10min) |
5.37 (190℃/2.16kg) |
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Density |
1.21 g/cm3 |
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| Impact Strength |
5.08 kJ/㎡ |
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Tensile Strength(MPa） |
39 MPa |
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Elongation at Break(%) |
4.27% |
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Flexural Strength(MPa) |
103 MPa |
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Flexural Modulus(MPa) |
5005 MPa |
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Filament |
ePLA-CF |
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Recommended printing temperature |
190-230℃ |
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Nozzle Type |
Hardened Steel |
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Bed temperature |
45-60℃ |
| Recommended Build Surfaces | PEI |
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Fan Speed |
100% |
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Printing speed |
50-300mm/s |
1.If there is a decrease in printing performance with ePLA-CF, it is recommended to dry (60°C/ >4H) before printing to achieve the best printing results.
2.ePLA-CF filament is relatively rigid and should not be excessively bent. In the feeding pipeline, try to avoid excessive bending of the filament to prevent breakage.
3.ePLA-CF contains carbon fiber, and prolonged use may cause excessive wear on the nozzle and extruder gears. It is recommended to use a hardened steel nozzle, and if possible, opt for hardened steel extruder gears.
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eSun ePLA-CF Carbon Fibre PLA is a new material integrating German-imported short-cut carbon fibers into PLA.
