Latest updates, research findings, and industry perspectives
The CNT Dispatch is a monthly deep dive into what's happening on the frontiers of Carbon Nanotube research and the emerging nanotube applications delivering exponential technological advances across the globe.
Denso and Canatu are developing ultra-thin CNT films that combine high thermal conductivity, transparency, and durability to keep ADAS cameras and sensors clear in all weather conditions.
A recent Nature Nanotechnology study revealed that single-walled CNTs twisted into ropes can store three times more energy per unit mass than advanced lithium-ion batteries.
The CNT industry saw strong growth in 2024, expanding to $6.88 billion and projected to reach $18.67 billion by 2032, driven by major investments and advancements in CNT production and applications.
A recent Science study shows that CNT yarns twisted into helical filaments emit ultra-bright circularly polarised light, opening opportunities in telecommunications, data transmission, and aerospace.
Researchers at Rice University demonstrated that CNT fibres can be fully recycled without any loss in performance — a key discovery for achieving a truly circular economy.
CNTs are transforming battery technology by addressing critical challenges in Li-Ion, Li-S, and Na-Ion batteries, improving capacity, stability, and efficiency.
Tiannai Technology supplied single-walled CNT products to leading solid-state battery manufacturers. Early tests show CNT-enhanced batteries retain over 90% capacity after 500 charge cycles.
CNTs are emerging as a critical solution in semiconductor manufacturing, offering durable EUV pellicles with exceptional thermal stability, high transmittance, and low flare for next-gen chip production.
