This Innovative New-Generation Conducting Plastic is based on Boron and Carbon, with several other elements incorporated during the fabrication process. These main elements make up for a new type of plastic which is strong, durable, light-weight, and electrically conducting.
The electrical and mechanical properties of this material are easily modified by changing the concentrations of the additional elements. The density of this material is less than 1g/cm3, and its resistance can be tuned to be highly conductive or semi-conductive, with the resistivity varying from 1.5X10E-6Ω-cm to 10E+16 Ω-cm.
Conducting filament for 3d printing
We produce full range of conducting filament with resistance 10ohm/cm to 1Mohm/cm.
Conductive ink
We produce conductive inks, based on our New Generation Conducting Plastics. They can be a more viable option for printed electronics than current silver ink and conductive polymer ink, because our conducting plastics are more cost efficient (than silver) and more durable (than conductive polymers).
PCB (printed circuit board)
We produce custom-built PCB.
Supercapacitor (prototype)
We produce supercapacitor with capacitance 100F to 10,000F.
=> higher power
=> higher rated voltage
=> higher energy performance
=> much wider operating temperature range
=> higher power
=> higher rated voltage
=> higher energy performance
=> much wider operating temperature range
Battery (prototype)
We produce more powerful, more durable, and versatile custom-built battery by 3d printing.
Solar cell(prototype)
Our solar cell is more durable and energy efficient than polymer solar cells and organic solar cells.