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  17. September 2026

  [💡R&D] 96% of iodine removed from water. In minutes. A new way to make radioactive waste treatment safer.
  Researchers from Southern University of Science and Technology and Peking University turned to TUBALL™ single wall carbon nanotubes to explore a new approach to iodine capture. By assembling iodine into atomic chains inside TUBALL™ nanotubes, they achieved an exceptionally fast removal rate of 53.7 mg of iodine per gram of SWCNT per minute—surpassing most reported aqueous iodine adsorbents. The material also maintained >97% removal efficiency after 10 reuse cycles.
  Read the full article: https://lnkd.in/efQn4Pub
  #WasteTreatment #SWCNT #Research

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• 16. September 2026

  Greetings from Shanghai! 🇨🇳
  RubberTech China is underway, and we’re here from September 15–17 to show how much difference just 0.15% can make in rubbers.
  What exactly can such a tiny amount of TUBALL™ single wall carbon nanotubes change? We’ll give you a hint: more than conductivity.
  Watch the video—and if you’re at Rubber Tech, come see it for yourself.
  📍 OCSiAl | Booth N5A455
  #ConductiveRubber #ConductiveElastomers

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• 

  10. September 2026

  How far can the nanotubes in just 1 gram of TUBALL™ reach?
  Around the Earth? Easy.
  To the Moon? Much further.
  To the Sun? And back.
  Placed end to end, the nanotubes in just 1 gram of TUBALL™ would stretch for roughly 300 million kilometers.

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• 

  8. September 2026

  [💡R&D] What if the energy storage powering wearable electronics could flex with them?
  Researchers from Sungkyunkwan University (SKKU) and Hubei University of Technology used OCSiAl single wall carbon nanotubes in composite that forms a 3D conductive network for flexible micro-supercapacitors. The resulting devices retained 93% capacitance after 10,000 cycles and continued operating while bent by up to 120°. Integrated with a wearable solar energy harvester, the micro-supercapacitor successfully powered a digital clock.
  
  Read the full article: https://lnkd.in/dMNgJgcS
  

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• 

  3. September 2026

  Solid-state batteries are supposed to be the future of energy. The problem is that “solid meets solid” doesn’t conduct particularly well.
  When two solid materials come into contact inside a cell, electrons struggle to pass through—and that’s where the bottleneck holding back the entire technology begins.
  
  The solution doesn’t have to be a new material—it can be a network, thousands of times thinner than a strand of hair, woven through that contact point to “patch” it. TUBALL™ nanotubes do exactly that: They maintain conductivity where the material is most fragile and prevent microcracks before they even form.
  
  A small change at the nanoscale. A major step forward for safer, longer-lasting batteries.
  
  Learn more about how TUBALL™ is applied in next-generation battery technologies at the link: https://lnkd.in/dMWFFkMi

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• 

  27. August 2026

  📍 #MeetUs at RubberTech China in Shanghai!
  Discover how single wall carbon nanotubes are enabling a new generation of advanced rubber products.
  ⚡ Electrical conductivity
  💪 Enhanced strength
  🌈 Color variety
  〰️ High elasticity
  Our team looks forward to welcoming you at our booth N5A455 to discuss your applications and explore how TUBALL™ can add new functionality to your elastomer products.
  🔗 Learn more about nanotubes for elastomers: https://lnkd.in/dwptfQeR
  #ConductiveRubber #Elastomers

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• 

  26. August 2026

  [#MeetUs] This week, we’re at NT’26—the 26th International Conference on the Science and Applications of Nanotubes and Low-Dimensional Materials! #NT’26 brings together cutting-edge science and industrial innovation, connecting leading researchers and everyone passionate about advanced materials and their potential to shape the future.
  Meet our R&D team, exchange ideas, explore the latest developments in single wall carbon nanotubes, and get 1 gram of TUBALL™ for your research.
  💡 The future of materials starts with research. Let’s develop it together!
  #Research #Conference

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• 

  25. August 2026

  ⚡ [R&D] What can even just 0.12 wt.% TUBALL™ do for MXene fibers?
  This ultralow dosage boosts tensile strength by 480%, ductility by 300%, and toughness by 1,620% while retaining conductivity above 10,400 S cm⁻¹, according to research from Nankai University and Zhengzhou University. Such a powerful combination of mechanical performance and high conductivity opens new opportunities for wearable fiber-shaped electronics, structural composites, and energy storage devices.
  📖 Read the full research article published in Nature Communications: https://lnkd.in/dsaaVSdn
  #Research #Fibers #SWCNTs

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• 

  19. August 2026

  🧤⚡ Colorful antistatic nitrile gloves compliant with IEC 61340-4-9 and ANSI STM11.11 standards are designed for electronics manufacturing and pharmaceutical production sites. Enhanced with graphene nanotubes, they protect both workers and sensitive products while preserving vital properties such as low particle generation, cleanroom classification, and chemical resistance.
  Contact us to request a TUBALL™ solution: https://lnkd.in/dA-razM6
  
  #CleanroomGloves #NitrileGloves #AntistaticGloves

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• 

  13. August 2026

  PETROVIETNAM Paint has launched a new generation of anticorrosion coatings enhanced with TUBALL™ nanotubes. Designed for assets operating in highly corrosive environments—including offshore oil and gas platforms, refineries, petrochemical plants, storage tanks, and marine infrastructure—the coatings deliver long-term corrosion protection and mechanical durability in compliance with independent corrosion and adhesion testing.
  
  Read the full story here: https://lnkd.in/dZ7GPPXN

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• 

  11. August 2026

  ⚡ [R&D] Can a thin TUBALL™ nanotube coating unlock ultrafast charging?
  
  Researchers from Seoul National University of Science and Technology have developed an ultrasonic spray coating process to create a tailored TUBALL™ single wall carbon nanotube layer on LiCoO₂ cathodes. 🧪Compared to bare LCO, the optimized SWCNT coating nearly doubled the capacity at 10C and retained 80.9% of its capacity after 500 cycles at 10C, versus just 38.9% for uncoated LCO, highlighting how an ultrathin conductive network can enable ultrafast and ultra-stable lithium-ion batteries. 🔋
  
  📖 Read the full article: https://lnkd.in/eSBppuUC
  

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• 

  5. August 2026

  Great innovations don’t happen by chance. They begin by supporting young talent.
  
  OCSiAl has partnered with the Fondation Jeunes Scientifiques Luxembourg to help the country’s most promising young scientists reach the international stage. Through this partnership, winners of the National Jonk Fuerscher Contest will receive support to present their projects globally, connect with fellow innovators, and gain valuable international experience.
  
  Together, we’ll also open our laboratories for workshops and educational visits, inspiring the next generation of scientists and engineers.
  
  Read the full article: https://lnkd.in/dG-5BQvP

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• 

  30. Juli 2026

  What if the biggest battery safety upgrade wasn’t a new battery chemistry?
  
  It could be replacing the conductive additive.
  
  Compared with multi wall carbon nanotubes, TUBALL™ single wall carbon nanotubes slow the growth of DC resistance throughout a battery’s life, keeping electrons moving more efficiently for longer.
  
  The result?
  ⚡ Lower DCR increase
  🔋 Higher energy efficiency
  🔥 Reduced risk of battery overheating and fires
  
  Sometimes, the smallest material makes the biggest difference.
  
  Find out more: https://lnkd.in/dUS5Dh4V

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• 

  29. Juli 2026

  In a new interview with SeeNews, CEO Konstantin Notman shares how OCSiAl plans to quadruple production capacity in Serbia by 2027, the significance of the PowerCo partnership, and why advanced materials will play a key role in the future of batteries and European manufacturing.
  Read the full interview to learn what’s next for OCSiAl and the industry. 👇
  
  https://lnkd.in/dr24GxDe

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• 

  22. Juli 2026

  Durable, colorful, anti-static, and dust-repellent artificial leather—without the limitations of traditional textile materials.
  
  Graphene nanotubes enable polyurethane leather to achieve long-lasting anti-static and anti-dust performance, helping surfaces stay clean and protected from electrostatic buildup with minimal maintenance. Ideal for automotive and industrial seating, ESD-sensitive environments, medical and pharmaceutical facilities, safety shoes, and workwear.
  
  Contact us to request a TUBALL™ solution: https://lnkd.in/dk9Q32nt

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• 14. Juli 2026

  Nature and science have both pushed the limits of black. Which one came out on top?

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• 9. Juli 2026

  Silicon-rich anodes promise higher energy density, faster charging, and longer driving range—but controlling the expansion of the silicon has remained one of the battery industry’s biggest challenges. Check out our article that explains how TUBALL single wall carbon nanotubes are helping solve this problem and why they’re becoming a key technology for the next generation of lithium-ion batteries.
  📖 Read the full article:

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• 

  

  

  +1

  7. Juli 2026

  How are you wrapping up the school year?
  We’re celebrating the curiosity of future scientists and engineers! This week, we welcomed around 100 students from Lycée Hubert Clément and Lycée des Garçons d’Esch to our Foetz laboratory, where they discovered how nanomaterials are enabling tomorrow’s technologies while improving products we use every day. Their enthusiasm, thoughtful questions, and genuine excitement about science were truly inspiring—we hope to welcome some of them back as OCSiAl colleagues in the years to come.
  
  #luxembourg #nanotechnology #lab #swcnt

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• 

  2. Juli 2026

  ⛽ Safety starts with conductivity in the oil & gas industry. Even a small electrostatic spark can have serious consequences.
  
  TUBALL™ single wall carbon nanotubes create a permanent conductive network inside composite pipes, storage tanks, and protective coatings, safely dissipating static electricity without compromising mechanical performance. ⚡ Even at ultralow loadings, TUBALL™ can replace conventional conductive additives to protect workers and production units in demanding operating environments.
  
  Discover how graphene nanotubes are employed in the extractive industry: https://lnkd.in/daiwgTrK

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• 30. Juni 2026

  What mechanism is behind SWCNTs’ ability to transport electrons so fast in batteries?
  Researchers from Soongsil University compared single wall and multi wall carbon nanotubes as conductive additives in silicon battery anodes. 🧪 They found that TUBALL™ single wall carbon nanotubes provide over 1,000× more individual nanotubes per gram, creating a much denser conductive network that enables faster electron transport and improves high-rate battery performance. 🔋
  Read the full article: https://lnkd.in/dMenmkXk

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