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Carbon Nanotubes: IDTechEx Discusses if Bigger is Better

/PRNewswire/ Nanomaterials remain a significant growth area with the potential to enable a wide range of next-generation technologies. Although the material. ....

United States , Natalie Moreton , Carbice Corporation , Rice University , Cabot Corporation , Waseda University , Carbon Nanobud , Birla Carbon , Marketing Manager , Media Links ,

IDTechEx Wonders if Bigger is Better When it Comes to Carbon Nanotubes

Nanomaterials remain a significant growth area with the potential to enable a wide range of next-generation technologies. Although the material is on a nanoscale, most manufacturers incorporate them into some form of intermediate to be used. An emerging area for nanocarbons is making "macro-scale" CNTs. This is a misnomer but is used to encompass CNT yarns, sheets, or veils. ....

Evannovostro Shutterstock , Carbice Corporation , Rice University , Cabot Corporation , Waseda University , Carbon Nanobud , Birla Carbon ,

Canatu achieves record-high carbon nanotube opto-electric performance with its Carbon NanoBud (CNB™) transparent conductive film


Canatu achieves record-high carbon nanotube opto-electric performance with its Carbon NanoBud (CNB™) transparent conductive film
Expands potential applications and makes CNB more affordable for automotive ADAS heater and capacitive touch applications
VANTAA, Finland May 19th, 2021 –  Carbon nanomaterial company Canatu more than doubles the performance of its Carbon NanoBud (CNB™) transparent conductive film. Multi-year research and development program results in the best industrially applicable sheet resistance to optical transparency ratio ever seen in Carbon Nanotube (CNT) films. With sheet resistance of 35Ω/sq at 90% transmittance, Canatu CNB offers proven, high-performance material for automotive ADAS heater and flexible capacitive touch applications that require high electrical conductivity and high optical transparency. Featuring ultra-low haze and low reflection, the unique CNB film can be formed to any 3D shape enabling design freedom. ....

Kanta Hame Region , Shigeo Maruyama , Juha Kokkonen , Heikki Heinaro , University Of Tokyo , Finland May , Carbon Nanobud , Carbon Nanotube , Distinguished Professor , Mechanical Engineering , Vice President , காந்தா ஹேம் பகுதி , பல்கலைக்கழகம் ஆஃப் டோக்கியோ , பின்லாந்து இருக்கலாம் , புகழ்பெற்ற ப்ரொஃபெஸர் , இயந்திர பொறியியல் , துணை ப்ரெஸிடெஂட் ,