Lab test OK! CNT composite technology utilizing supercritical carbon dioxide.
The use of CNT compound technology can enhance strength and conductivity.
CNT (carbon nanotubes) have very high conductivity, and their application in conductive resin compounds is being advanced. CNTs exhibit conductivity with a small amount of addition compared to carbon black and graphite. By utilizing this, we can achieve improved surface smoothness of products, low contamination, a clean appearance, enhanced recyclability, and excellent fluidity. We provide a system for CNT composites using supercritical carbon dioxide.
basic information
【Features】 ■ Achieves high conductivity with a small addition of 1 wt% ■ Contamination is reduced to 1/10. Less surface shedding compared to carbon black ■ Improved tensile strength, flexural strength, and impact strength ■ We have prototype equipment for CNT compounds. ■ The technology accommodates both single-walled and multi-walled CNTs.
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Applications/Examples of results
Two-axis granulation equipment - Two-axis extruder - Strand die - Water tank - Pelletizer
