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How can you reduce the climate impact of manufacturing conductive materials? 🌍 By replacing traditional conductive fillers with graphene nanotubes. They can reduce CO₂ emissions by up to 26%—without compromising performance.
This is possible because, on the one hand, graphene nanotubes work at ultralow dosages, and on the other, OCSiAl uses sustainable technologies for their production, combining cutting-edge nanotechnology with industrial scalability to enable high-performance, lower-carbon materials. ♻️
Learn more: https://lnkd.in/dBFVHVTQ

#ClimateImpact #CO2Emissions #ConductiveMaterials #Nanotubes

We’re celebrating 10 years of TUBALL™ graphene nanotubes in the US at @American Coatings Show! 🇺🇸
Over the past decade, we’ve built strong partnerships in the US and enabled a wide range of applications with graphene nanotubes, helping our customers unlock new levels of performance in coatings. Today, graphene nanotubes are recognized for enhancing coatings with ESD safety and multifunctionality, high durability, and color flexibility.
Still not using nanotubes in your coatings? Now is the perfect time to explore their potential 👇

Meet us and learn more:
📅 May 5–7, 2026
📍 Booth 1882
📌 Indiana Convention Center
Explore the floor plan and map out your visit—we look forward to welcoming you: https://lnkd.in/dr-n4UV9

#Coatings #AmericaCoatingsShow #ESDSafety #Conductivity

Warm greetings from the 39th Belgrade Marathon! 🏃‍♂️

This weekend, 33 of our colleagues took to the streets of Belgrade, each choosing a distance that suited them best—10, 21, or 42 kilometers.

🔥We work as one team, we run as one team, and we stand side by side, cheering each other on as one! 🎉

#ocsial #marathon #belgrade #belgrademarathon

[💡R&D] What if we could “listen” to the brain more efficiently than ever before? 🧠✨
With TUBALL™ SWCNTs, that’s becoming reality.
Thanks to their exceptional conductivity, flexibility, and low resistance, next-generation 3D electrodes enable high-throughput recording from brain organoids—capturing signals with higher precision while dramatically improving scalability. 📊
👉 More data. Lower cost. Better science.
📜 Read the article in full: https://lnkd.in/dV5H64Tj

It was a great pleasure to welcome Guy Altmeisch, Mayor of Differdange, and Tom ULVELING, First Alderman of Differdange, to our OCSiAl facility in Serbia.

The visit marked an important step toward the future: In just a few years, a similar facility will be built in Differdange. It was a valuable opportunity to see firsthand how nanotubes are produced—from synthesis to real industrial applications—and to better understand what this project will bring to the region.

The representatives of the commune spoke highly of the engineering and operational excellence behind the Serbian facility, as well as the uniqueness of the product, placing OCSiAl among the projects Differdange is most proud, alongside ArcelorMittal, Klein Lux, and CERATIZIT.

The Luxembourg plant design is already underway. Before the end of the year, we will host an OCSiAl Day in Differdange to present the project to the local community and answer their questions.
Exciting times ahead!

Congratulations to the Artemis II crew on a safe return! 🌕🚀
We’re probably overthinking this… but still: 53 years with no missions to the Moon.
Then suddenly, reports of single wall carbon nanotubes on its surface — and not long after, astronauts are heading there again 👀
NASA - National Aeronautics and Space Administration, we’re just connecting the dots here 😄

Proud and grateful to our Serbian OCSiAl team for coming together to support those in need through the Red Cross clothing drive. 🤍Around the Easter period—a time for kindness, light, and caring for others—your actions truly matter. Thank you for making a difference. 🙏

⚡ Protect cable connectors from sparks—empower them with graphene nanotubes!
Integrated into silicone layers, graphene nanotubes safeguard the entire medium-voltage cable connector from electrostatic discharge, making operation safer and more reliable.
🚀 Enjoy enhanced performance:
• Stable conductivity under high deformation
• Up to 2× greater mechanical strength
• 60% higher tear strength and elasticity
• Clean, carbon-free surface
• Longer service life

Learn more: https://lnkd.in/dFJPtEsj

#elastomers #CableConnectors #Rubbers

What if fabric could do more? 👕⚡
Empowered by graphene nanotubes, fabrics now deliver ESD protection, sensing, anti-dust, and heating—without sacrificing strength, durability, washability, chemical resistance, or design freedom.

Join our talk at Techtextil Forum:
“Graphene Nanotubes: The Invisible Conductive Backbone of Multifunctional Textiles”
📅 April 23, 2026
⏰ 2.20–2.40 pm
📍 Hall 9.1, Booth D50
📌 Messe Frankfurt, Germany

Explore the floor plan and plan your visit—we look forward to seeing you there:
https://lnkd.in/eRjes9yc

fabio tombolato

#textile #TexhnicalTextile #MeetUs

TUBALL™ graphene nanotubes enable record electrode thickness in LFP cathodes by improving particle-to-particle bonding. ⚡ Just 0.05% TUBALL forms a robust network 🧩 that allows record-thick electrodes of 40+ mg/cm2 on one side. And no cracks, in contrast to carbon black and multi wall carbon nanotube-based electrodes of similar thickness.

👕🧤🧵. Multifunctional textiles powered by graphene nanotubes are all around us. A variety of products across industries show how TUBALL™ graphene nanotubes enable advanced functionality in textiles while preserving key properties such as mechanical performance and a clean, non-marking, carbon-free surface.
Choose the product for your system: https://lnkd.in/daaW2Jpx
Want to learn more?
📅 Join our presentation:
“Graphene Nanotubes: The Invisible Conductive Backbone of Multifunctional Textiles”
April 23 | Techtextil Forum, Messe Frankfurt, Germany

📅 #MeetUs soon!
In April, May, and June, let’s catch up and discuss how to upgrade your products with TUBALL™ graphene nanotubes.
Join us at:
·     April 21–24 — CHINAPLAS 2026 📍 Shanghai, China 🇨🇳
·     May 5–7 — American Coatings Show 📍 Indianapolis, IN, USA 🇺🇸
·     May 13–15 — @CIBF 📍 Shenzhen, China 🇨🇳
·     June 9–10 — SURFEX - UK Exhibition and Conference 📍 Coventry, UK 🇬🇧
·     June 9–11 — The Battery Show Europe 📍 Stuttgart, Germany 🇩🇪
·     June 17–19 — @[APFE-Shanghai International Tape & Film Expo](urn:li:organization:4833026)📍 Shanghai, China 🇨🇳
🤝 Let’s connect!

[💡R&D] A new composite with TUBALL™ nanotubes can generate energy from everyday sources: movement and heat. ⚡
It combines multiple energy-harvesting effects in one compact, flexible design, making it ideal for:
🔘 wearable devices
🔘 sensors
🔘 microelectronics
—across environmental monitoring 🌍, medical applications 🏥, and IoT solutions 🌐.
A step closer to self-powered electronics, as detailed in a study by researchers from Leibniz-Institut für Polymerforschung Dresden and @[Indian Institute of Technology, Kharagpur](urn:li:organization:157265).
📜 Read the article in full: https://lnkd.in/dvsy8t2d
#Sensor #WearableDevice #Microelectronics

🌿 Warm days are coming—time for hiking and campfires. 🔥
Did you know that graphene nanotubes can be present around you in those moments? When wood or food burns at high temperatures, tiny carbon structures can form as part of the process—something that happens in nature without us even noticing.
#SWCNT #CarbonNanotube

We’re now a team of 500! 🌍
From Japan to the USA, from Germany to Australia—likeminded enthusiasts from 20+ countries united by one shared dream: to transform materials and make the world better. And we’re just getting started.
#team

🚀 TUBALL™ graphene nanotubes—the ONE material for hundreds of applications.
Why? Because of their unique morphology.
• 1-atom wall thickness
• 1D nanostructure
• 1.6 ± 0.4 nm outer diameter
• ≥ 5 µm length
• ≥ 1,200 m² surface area per gram
When dispersed in the matrix of a material, graphene nanotubes form a 3D conductive and reinforcing network at ultralow concentrations.
#GrapheneNanotube #SWCNTs #TUBALL

💡Imagine a single strand of human hair.
Now imagine something 10 times thinner.
Then yet another 10 times thinner.
And now, 100 times thinner.
That’s still not close to the scale we deal with.
Graphene nanotubes are about 50,000 times thinner than a human hair.
Reengineered at that almost unimaginable scale, materials obtain new properties, becoming incredibly strong, highly conductive, and opening the door to breakthroughs in electronics, robotics, transportation, textiles, medicine, and many other advanced industries.
Sometimes the biggest technological leaps come from structures invisible to the human eye. 🔬

#GrapheneNanotubes #SWCNT #Nanotechnology

👋 Greetings from Seoul! 🇰🇷
Our team is live at InterBattery and ready to meet you at booth C100 until March 13. Stop by to unlock advanced battery performance with TUBALL™ nanotubes.🔋
Couldn’t make it to Seoul? No problem—we’re heading to Tokyo next!
📍 Battery Japan
📅 March 17–19
🔎 Booth S8-20
We look forward to seeing you there!
#MeetUs #Battery #Energy

🗣️ Single wall carbon nanotubes address key challenges in high-energy battery systems, including thick-coated electrodes, dry-electrode technology, and solid and semi-solid-state batteries, as highlighted by Loyes Zhi, General Manager of OCSiAl Greater China, at the 10th International Forum on Cathode and Anode Materials for Advanced Batteries. 🔋
Bringing together the key players of China’s battery supply chain, the forum has grown into one of the most influential annual gatherings in the new energy sector. OCSiAl’s presence on this stage reflects the increasing role of single wall carbon nanotubes in next-generation battery architectures and the company’s ongoing collaboration with leading Asian battery manufacturers.
#batteries #cathode #anode #SWCNT

We’re proud to share that OCSiAl received the Materials Innovation of the Year award at Silicone Expo Europe 2026. As highlighted during the ceremony, TUBALL™ graphene nanotube technology is redefining what’s possible in advanced silicone systems—unlocking a new level of conductivity and performance with ultralow loading. Special congratulations to our Ekaterina Gorbunova, VP for Product Development, who stands behind this achievement alongside a team of hardworking and talented professionals and accepted the award on behalf of the company.

#conductivity #newmaterialsweek #Silicone #innovation