Estink Conductive PLA Filament 1.75mm Carbon Graphene 1KG Spool 2.2lbs 1.42cm Resistivity for 3D Printer LED Gloves Keychains

Product Details

• [CONDUCTIVE PERFORMANCE] This premium electrically conductive PLA filament is expertly engineered by combining PLA with conductive carbon or graphene materials achieving a precise resistivity of 1.42Ω·cm allowing you to print functional electrical tracks and circuits for LED joysticks sensors and other small electronic devices with reliable conductivity.
• [ENHANCED DURABILITY] Unlike standard filaments this conductive PLA offers superior durability and exceptional wear resistance enabling your printed parts to withstand multiple tests repeated use and demanding applications without degrading performance making it perfect for prototyping and functional components.
• [OPTIMAL PRINT SETTINGS] Designed for consistent and safe operation this 1.75mm filament prints smoothly at a speed of 20‑50mm/s and a temperature range of 220‑250°C providing a practical and user friendly experience for both beginners and experienced makers working on electronic projects.
• [VERSATILE APPLICATIONS] Unleash your creativity with this multipurpose conductive consumable ideal for printing custom keychains LED gloves automatic bed leveling sensors touch interfaces and other interactive wearable technology projects that require electrical conductivity.
• [RELIABLE QUALITY] Each 1kg 2.2lb spool of black PLA filament comes with a tight diameter tolerance of ±0.03mm ensuring consistent extrusion and minimal jamming so you can achieve prints with excellent layer adhesion for every project.

From the listing on Amazon.

View our other Estink listings here.

View our other PLA listings here.

Keep your filament dry, view our gear here.

Printing Estink PLA

Estink PLA in Black runs on the standard PLA profile below, and this listing is a 1.00kg spool. PLA is best suited to everyday prototypes, models, and indoor parts that won't face heat or heavy stress. Brands and even individual spools vary, so treat these as starting points and run a quick temperature tower to lock in the sweet spot for your printer.

Settings sourced from our PLA filament guide. Read it for bed adhesion, drying, troubleshooting, and material-specific tips.