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2026년 11월 5일
⚡ Can we turn waste heat into electricity?
Researchers from Indian Institute of Technology Jammu and Leibniz Institute of Polymer Research Dresden are exploring new possibilities for flexible energy-harvesting devices using TUBALL™ graphene nanotubes.
By combining TUBALL™ with MXene and polyurethane, they developed a flexible thermoelectric module capable of converting temperature differences into electricity, generating up to 0.95 mW of power.
🔬 The research highlights the potential of graphene nanotubes for next-generation wearable electronics and energy-harvesting technologies.

Read the full article: https://lnkd.in/d6DcqqFN

#TUBALL #GrapheneNanotubes #Nanotechnology #EnergyHarvesting
원문 보기: LinkedIn
2026년 11월 3일
Missed our #webinar revealing the secret to PVC conductivity, durability, and color versatility?
▶️ The recording is now available: https://lnkd.in/dikdttr6
Discover how TUBALL™ graphene nanotubes help PVC manufacturers achieve:
  ⚡ Reliable antistatic performance—meeting industrial requirements
  🎨 Greater design freedom—a broad color range and clean surfaces
  💪 Strong mechanical properties—without compromising material performance
  🌿 Cleaner production—dust-free handling of ready-to-use nanotube solutions
💬 Have questions or want to explore this technology for your PVC applications? Contact us at webinar@ocsial.com

#PVC #ConductiveVinyl #PVCplastisol #PolymerCompound
원문 보기: LinkedIn
2026년 10월 29일
🚀 New opportunities. New challenges. Your next career move!
Innovation starts with people, and we’re always looking for new talent to bring fresh ideas and expertise to our team. At OCSiAl, you’ll have the opportunity to grow professionally, work with cutting-edge technologies, and contribute to projects shaping the future of advanced materials. 🌍
💼 Here are just a few of the positions we’re currently hiring for:
External Systems Engineer
IT Specialist
Engineer–Technologist

Ready for your next challenge? Explore our open positions or send us your CV and become part of the OCSiAl team: https://lnkd.in/dHnss5xN

#hiring #ITSpecialist #engineer #career
원문 보기: LinkedIn
2026년 10월 27일
⚡ Can protective workwear provide permanent ESD protection without compromising comfort, durability, or color?
With TUBALL™ graphene nanotubes, it can.
Even at ultralow concentrations, TUBALL™ delivers stable anti-static performance while preserving fabric flexibility, strength, and color. Unlike conventional additives, it leaves no carbon dust, requires no changes to production processes, and helps meet strict industrial safety standards.

Discover how graphene nanotubes make protective workwear safer: https://lnkd.in/dP7VBnAP

#TUBALL #GrapheneNanotubes #ProtectiveWear #ESDProtection
원문 보기: LinkedIn
2026년 10월 27일
Specifying composite piping in ATEX zones for the oil and gas industry? ⚡ Enhance the static charge protection of your piping system by using TUBALL™ graphene nanotubes as a conductive agent. Reliable, easy installation with full compliance with ISO 14692-2017 and equivalent standards.
✅ Contact us to discuss TUBALL™ graphene nanotubes for your next project: https://lnkd.in/dwjt_y4N
원문 보기: LinkedIn
2026년 10월 27일
Specifying composite piping in ATEX zones for the oil and gas industry? ⚡ Enhance the static charge protection of your piping system by using TUBALL™ graphene nanotubes as a conductive agent. Reliable, easy installation with full compliance with ISO 14692-2017 and equivalent standards.
✅ Contact us to discuss TUBALL™ graphene nanotubes for your next project: https://lnkd.in/dwjt_y4N
원문 보기: LinkedIn
2026년 10월 20일
[#Webinar] ⚡ Just one week to go! Haven’t registered yet? Now’s the time!
Discover how to take your PVC products to the next level with graphene nanotubes—an industrially proven solution that’s easy to integrate into existing production processes!
📅 October 27
⏰ 3.00 pm CET
🎟️ Register for free: https://lnkd.in/d2dfBkfA
#polyvinylchloride #PVC #vinyl
Cristina Planchon fabio tombolato
원문 보기: LinkedIn
2026년 10월 26일
[R&D]🔬 How can airborne carbon nanotubes be detected during battery recycling?
Researchers from @[University of Natural Resources and Life Sciences, Vienna (BOKU)](urn:li:organization:15090660), Stat Peel, and OCSiAl investigated a CNT-specific monitoring method for use during battery shredding and milling. Using Raman spectroscopy, they were able to detect and measure airborne nanotubes that conventional particle counters cannot distinguish
✅ For cells containing TUBALL™ SWCNTs, all measured concentrations stayed below the NIOSH recommended exposure limit of 1 µg/m³.
Published in Communications Materials (Nature Portfolio), this laboratory study was conducted within the EU-funded SUNSHINE project.
Read the full article: https://lnkd.in/dwEhZbZM
Gunther Van Kerckhove
#swcnt #battery #batteryrecycling
원문 보기: LinkedIn
2026년 10월 14일
Henry Ford’s wife, Clara, drove a Detroit Electric back in 1914. 🔋
More than a century later, we’re here at The Battery Show North America 2026 in Detroit, working on what comes next for EV batteries.
The materials have changed considerably, and even a small amount of an advanced additive can make a big difference.
We’re showcasing how TUBALL™ single wall carbon nanotubes help battery manufacturers improve conductivity, reduce swelling, and enhance electrode flexibility and processing.

Ian Fellows

📍 Visit OCSiAl at Booth 4918, October 12–15!

#TheBatteryShow #OCSiAl #TUBALL #BatteryTechnology #SWCNT #EVBatteries
원문 보기: LinkedIn
2026년 10월 8일
[💡R&D] Silicon anodes that maintain their performance after 1,000 cycles. 🔋
Researchers from Korea Electrotechnology Research Institute (KERI) have developed a special core–shell silicon structure using TUBALL™ single wall carbon nanotubes. The design helps the anode withstand silicon expansion while keeping electricity flowing as the battery charges and discharges.
This allowed the researchers to blend 20 wt.% of their Si-based composite with graphite—well above the ~5% typical industrial level cited in the study. In pouch cells, the technology delivered 275 Wh/kg and retained 75% capacity after 1,000 cycles.

Read the full study: https://lnkd.in/eDRiBTW8

#siliconanodes #BatteryInnovation #NextGenBatteries #batteries
원문 보기: LinkedIn
2026년 10월 6일
Q4 has begun—and we’re hitting the road! 🚀🌍
This October and November, OCSiAl is heading to The Battery Show North America in Detroit, PLASTIMAGEN® MÉXICO, and the Batteries Event in Lyon.
From next-generation batteries to advanced polymers, we’ll be there to show how a tiny amount of TUBALL™ single wall carbon nanotubes can make a big difference in material performance.
Big ideas, real-world solutions—and plenty to discover.

See you there!

#MeetUs #TUBALL #SWCNT #AdvancedMaterials #Batteries
원문 보기: LinkedIn
2026년 10월 1일
Conductivity in rubber shouldn’t come with compromises.
From automotive and oil & gas to chemical processing, rubber components operating in harsh environments need reliable anti-static performance while remaining strong, elastic, and durable. These properties don’t have to compete.
With just 0.3 wt.% TUBALL™ graphene nanotubes, rubber can achieve stable electrical resistivity while gaining up to 103% higher tear strength and 36% higher tensile strength—with elasticity and hardness preserved.
Find more on the link: https://lnkd.in/d5mqD97b

#rubber #conductivity #oil #gas #automotive #swcnt
원문 보기: LinkedIn
2026년 9월 29일
[#Webinar] What if antistatic PVC didn’t have to mean compromising on color, durability, or performance? ⚡
Join our free webinar with European Coatings to discover how TUBALL™ graphene nanotubes can provide stable, permanent electrical conductivity at ultralow concentrations while maintaining the key properties of PVC.
We’ll explore opportunities for conductive PVC coatings and compounds across construction, oil & gas, mining, textiles, electronics, pharmaceuticals, and more.
📅 October 27
⏰ 3.00 pm CET
🎟️ Free registration
👉 Register here:
https://lnkd.in/d2dfBkfA
#PVC #ConductivePVC
Cristina Planchon fabio tombolato
원문 보기: LinkedIn
+1
2026년 9월 28일
Greetings from the OCSiAl team at the Belgrade Business Run!

More than 60 of our colleagues hit the track last Thursday—not to win the race, but to spend an afternoon together.

It was a chance to get active, have fun, and enjoy time with the people we work with. As our team continues to grow, so does the team spirit that brings us together.

We’re here for one another—to give each other a push when things get tough and to challenge our own limits together. Because that’s what being a team is all about!

#businessrun #belgrade #race #teamwork #belgradebusinessrun
원문 보기: LinkedIn
2026년 9월 28일
✈️ How much further can electric aviation go with higher-performance batteries? That’s the ambition behind the Horizon Europe project ELEVATE, targeting aviation-grade battery cells exceeding 400 Wh/kg. 🔋

OCSiAl is bringing a critical enabling material to this challenge. Our single wall carbon nanotubes form conductive reinforcing networks within silicon-rich anodes and dry-coated electrodes, helping overcome key limitations in conductivity, mechanical integrity, and cycle life that stand in the way of higher-performance cells.

We’re excited to get started with such a strong team behind the project: UniverCell, Daikin Chemical Europe GmbH, Technische Universität Braunschweig, EurA AG, Uppsala University, CIDETEC, Addionics, VÆRIDION, @[IKA – Laboratory, Analytical and Process Technology](urn:li:organization:495027), LEONHARD KURZ.

Let’s make it happen! ✈️
원문 보기: LinkedIn
2026년 9월 23일
OCSiAl is heading to Detroit for The Battery Show North America, October 12–15.

Discover how TUBALL™ single wall carbon nanotubes enable exceptional conductivity while helping reduce electrode spring-back after calendering, limit swelling after cycling, and improve flexibility—across next-generation battery technologies.

📍 Huntington Place, Detroit
Hall A–E | Booth 4918
원문 보기: LinkedIn
2026년 9월 22일
Your car is carrying dead weight. Literally.

Only 20% of it is actual payload. The rest? Structure—hauling itself around.
It’s the same story everywhere. Planes: 15–30% useful load. Buildings: under 40%. We build heavy so things survive, and that weight comes with a long-term energy and carbon cost—materials account for around 23% of global emissions over their life cycle.

So what if materials weren’t the problem but the solution?

Enter graphene nanotubes. One atom thick. 100× stronger than steel. Lighter and more conductive than copper. Stable past 1,600°C.

Why does that matter?
Because a material reinforced with graphene nanotubes can be this strong, you need less of it. Less material, less weight, less energy—without losing performance.

Already reinforcing tires, batteries, and industrial parts today.
The next climate breakthrough might not be a new energy source. It might just be a better material.
원문 보기: LinkedIn
2026년 9월 17일
[💡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
원문 보기: LinkedIn
2026년 9월 16일
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
원문 보기: LinkedIn
2026년 9월 10일
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.
원문 보기: LinkedIn