eSUN PLA Filament 1.75mm, ePLA-CF Carbon Fiber Filled PLA Filament Dimensional Accuracy +/- 0.03mm, 1KG Spool (2.2 LBS) 3D Printing Materials for FDM 3D Printers,Black

Get this eSUN PLA Filament 1.75mm, ePLA-CF Carbon Fiber Filled PLA Filament Dimensional Accuracy +/- 0.03mm, 1KG Spool (2.2 LBS) 3D Printing Materials for FDM 3D Printers,Black from Amazon for only £19.99. We found this offer today, so hurry whilst stocks last! - Manufacturers part number: ePLA-CF175B1KG-EU

• 【Applicable Scenarios】: eSUN ePLA-CF filament is suitable for machinery, chemical industry, jigs and fixtures, robotics, drones, automotive, textile, aerospace, etc. And it is designed with minimum tolerance and low warping to ensure consistent feeding and stable prints, good layer bonding, less stringing and easy handling, resulting in an outstanding surface finish and a high precision.
• 【Good Printablity& Lower Shrinkage】: eSUN ePLA-CF filament is designed with lower shrinkage and water absorption than ePA-CF. And with good roundness, tight diameter tolerance and good winding, it does not overlap or tangle. It melts well, feeds smoothly and constantly without clogging the nozzle or extruder, which assures a high printing successful rate.
• 【High Compatibility】: eSUN ePLA-CF is compatible with most of FDM printers, such as Anycubic, Creality and Voron, etc. Well adapted to speedy printing, it is also compatible with high speed printers such as AnkerMake M5, Bambu Lab X1/ P1P, Creality K1/ Ender 7, Flsun V400, Raise3D Pro3/ RMF500, etc.
• 【Shine-Free Appearance】: eSUN ePLA-CF filament, thanks to the addition of carbon fiber, brings PLA a matte appearance and a unique carbon fibre frosted texture, which enables you to print models with less visible lamination. Whether for structural or for esthetic purpose, it can easily perform with its excellent properties.
• 【Carbon Fiber Filled PLA】: eSUN ePLA-CF filament adds the carbon fiber to enhance the strength and modulus of PLA. Based on PLA, it adds organic infiltrated chopped carbon fiber to provide better performance and higher bending modulus.