Carbon Nanotube– tag –
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OCSiAl: Luxembourg’s Nanotech Unicorn Leads Global Graphene Nanotube Revolution, Dominating Startup Rankings
StartupBlink Luxembourg Overview OCSiAl, a trailblazer in nanotechnology, has been recognized as the sole unicorn in StartupBlink's July 2026 ranking of Luxembourg's top 264 startups. The company is a leading global producer of cost-effe... -
Haydale Demonstrates Component-Scale Production of Nanocarbon Composites, Accelerating Lightweighting and High-Performance in Aerospace and Automotive Industries
Engineer Live UK Overview Haydale has developed a patent-pending, scalable plasma process for functionalizing graphene and other nanomaterials, successfully demonstrating the component-scale manufacturing of nanocarbon composites. This t... -
Joule Heating Post-Treatment Dramatically Boosts Mechanical Strength of CNT Films to 7.04 N/tex Specific Strength and 8.05 GPa True Tensile Strength, Leading Advanced Carbon Materials
MDPI (Materials) Switzerland Overview A new study proposes a Joule heating-dominated post-treatment approach to significantly enhance the mechanical properties of carbon nanotube (CNT) films. Combining acid washing and pre-stretching fol... -
China’s Genius and OCSiAl Achieve 10³ Ohm/sq Surface Resistivity in EV Battery Pack Composites with Just 0.3% Graphene Nanotube Loading
Engineer Live China Overview Chinese engineering plastics manufacturer Genius, in collaboration with graphene nanotube producer Ocsial, has developed an advanced engineering solution for EV battery packs. This technology substitutes 10 w... -
Precise Doping Control in Pd-Filled CNT Transistors Halves Contact Resistance and Quadruples On-Current, Accelerating Carbon Electronics
Wiley (Small) International Overview A new study established a controllable doping strategy for single-walled carbon nanotube (SWCNT) transistors by combining palladium (Pd) encapsulation and electron beam irradiation. This innovative ap... -
CNT/Copolymer Hybrid Interphase Dramatically Enhances Thermal Conductivity and Mechanical Strength in Carbon Fiber Composites
Thermo-X International Overview A new study demonstrates a significant simultaneous improvement in thermal conductivity and mechanical strength of carbon fiber (CF)/epoxy composites by coating CF with a CNT/copolymer hybrid interphase. T... -
OCSiAl’s Single-Wall Carbon Nanotubes Set to Enhance Volkswagen’s EV Batteries, Promising Faster Charging and Extended Lifespan
Best Magazine Luxembourg Overview OCSiAl has been selected as a primary supplier of its TUBALL™ single-wall carbon nanotubes (SWCNTs) to PowerCo, Volkswagen Group's battery manufacturing subsidiary, for its next-generation Unified Cell p... -
CHASM Advanced Materials Partners with Roos to Expand Transparent Printed Electronics via CNT Hybrid Platform
CHASM Advanced Materials USA Overview CHASM Advanced Materials has announced a strategic partnership with German print solutions manufacturer Roos. This collaboration enables Roos to leverage CHASM’s innovative Carbon Nanotube (CNT) hybr... -
Emerald Publishing Reveals Nanocarbon-Reinforced Epoxy Composites with Significantly Enhanced Thermally Activated Shape Memory and Mechanical Properties
Emerald Publishing International Overview An Emerald Publishing paper presents research on hybrid carbon fiber-MWCNT-graphene epoxy composites, demonstrating significant improvements in mechanical strength, interfacial bonding, and therm... -
Arc Plasma Breakthrough: Iraqi Team Synthesizes Record-Setting CNT-Graphene Hybrid for Advanced Energy Applications
Iraqi Journal of Applied Physics イラク Overview A study from Iraq introduces a groundbreaking arc plasma technique that synthesizes a high-performance carbon nanotube-graphene hybrid in just 15 minutes. This novel nanocomposite boasts a...
