Reprapper Conductive TPU Filament 1.75mm (± 0.03mm) 2.2lb (1kg) for 3D Printer, Electro-Conductive Flexible Filament, Black

Reprapper Conductive TPU Filament 1.75mm (± 0.03mm) 2.2lb (1kg) for 3D Printer, Electro-Conductive Flexible Filament, Black

• 【Electrically Conductive and Flexible】— This 3d printer filament is included with conductive graphene and carbon, so it has conductivity properties. It does have electrical conductivity, but don’t expect it to be as conductive as copper wire. 95A Hardness TPU 1.75mm is highly flexible & elastic.
• 【Professional High Innovative application 】 — This conductive filament is a resistor for LEDs and interacts with touch capacitive devices plus supports ESD applications. The conductivity of the 3d printing part depends on the infill rate, length of sectional area, etc. This 3d printing filament is suitable for projects, for example, 3D printed circuits, switches, sensors, and electrical device covers that need ESD function, especially in dry conditions, for research purposes for universities or institutes.
• 【Laser Diameter Control and Automatic Winding System】— We've taken care of the details so you can focus on creating. Our 3d printer filament is meticulously mechanically wound, manually inspected, and precisely spooled to prevent tangling or overlapping. Enjoy a seamless printing experience without nozzle clogs or extruder issues. Achieve accurate and seamless prints effortlessly.
• 【 Professional-Grade Packed and Perfect Customer Service 】— Our 1.75 filament undergoes rigorous CCD checks and comes with a guarantee, compatible with almost all FDM 3D printers, providing versatility and convenience. The spools are dried and then vacuum-packed in a bag. We value your satisfaction and provide comprehensive technical support. Our dedicated team is here to assist you if you encounter any issues.
• 【Functional Filament Printing Tips】– This 3d filament absorbs moisture, so the user needs to dry the filament before printing and needs more 3d printing skills. For example. Don’t print too many overhang models, and don’t print exceeding 100mm/s.