1.75 mm Nylforce Carbon Nanotubes Conductive filament, Black
FiberForceA biopolymer compound based on Carbon Nanotubes (CNTs) technology. Nylforce Conductive offers one of the best conductivities on the market together with perfect printability. 10 cm length of a 1.75 mm filament shows a resistance of 0.75 kohm.
| Buy - Prices VAT included |
|---|
Biopolymer compound filament filled with Carbon Nanotubes, black color.
Features
- With Carbon Nanotubes!
- Super conductive!
- Can be annealed
- Easy to print
- No heated bed required
Tech specifications
| Nominal diameter | 1.75 mm |
| Warp | low |
| Flexibility | n.a. |
| Break resistance | n.a. |
| Printing temperature | 215 °C |
| Glass transition temperature | ~ 60 °C |
Tips&Tricks
Nylforce Conductive Carbon Nanotubes prints like a standard PLA at about 215 °C. If available, set the heated bed at about 30-50 °C. Suggested printing speed: 40-85 mm/s.
TIPS!
Nylforce Conductive Carbon Nanotubes can be annealed: a post printing crystallization through annealing makes it achieve a 100 °C of thermal resistance.
How conductive is it?
- Surface Electric Resistivity: 10 ohm
- A 10 cm length of 1.75 mm filament has a resistance of approximately 0.75 kohm
How to do "Heat Treatment"
Heat the object printed with Nylforce Conductive Carbon Nanotubes in the oven for 20 minutes at a temperature of 110 °C in order to anneal and increase the thermal resistance up to 100 °C. Depending on the thickness and geometry of the printed object, it may be necessary to vary the temperature and the time spent in the oven.
Applications
Low-voltage circuitry, touch sensor, prints to interact with touch screens, wearable and printed electronics.
Due to all the different types of hot-end it's extremely difficult to give a temperature advice. Please consider our tips as a starting point to find the temperatures that work well in your setup. You may have to adjust the temperature settings slightly based on your type of printer.
