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[#MeetUs] Join our presentation at 10.50 am CET on March 19 or visit us at booth 538 to discover how ready-to-use TUBALL™ solutions enable highly conductive and high-performance silicones for flexible electrodes and cable accessories, massage devices, textile coatings, printing pads and rollers, wearable electronics, and even bionic prosthetics.
#silicone #rubber
Ravi Mohan Dabral

안녕하세요 from InterBattery! If you missed the chance to meet us in Seoul and learn why TUBALL™ SWCNTs are the ultimate additive for electrodes, reach out to us via email at asiapacific@ocsial.com.
#electrodes #battery #energy

In October 2024, OCSiAl opened a new production hub in Serbia. This video kicks off our "Inside OCSiAl" series, showcasing key aspects of the production of TUBALL—the world's highest-quality single wall carbon nanotubes.
#ProductionFacility #SWCNT #packaging

World Energy Efficiency Day! 🌍 Mindful usage of energy resources is one of the top priorities at our production site in Serbia. It is powered entirely by hydroelectric energy. Let’s work together to preserve our planet! 🌱💚

#EnergyEfficiency #HydroelectricEnergy

[#HowItWas] Loyes Zhi, General Manager of Greater China at OCSiAl, shared with participants of the 2025 Large Cylindrical Battery Summit in Wuhan how single wall carbon nanotubes unlock such new technologies as silicon anodes and record-thick electrodes, and significantly enhance the performance of existing technologies, such as graphite anodes, solid batteries, and dry battery electrodes.🔋 As demand for high-performance conductive additives rises, OCSiAl is scaling up production to meet market needs. 🚀

Learn more on TUBALL™ nanotubes for batteries here: https://lnkd.in/e5ADMbc9

#DryBattery #SolidBattery #SiliconAnode #ThickElectrode

#MeetUs at PLASTIMAGEN® MÉXICO next week and explore graphene nanotubes for high-performance conductive plastics. Look for booth 1257. We will be there with our distributor NASEDA ready to give you insights on how graphene nanotubes offer improved safety at high processing temperatures while producing thermoplastics with stable electrical resistivity, preserved mechanical properties, and a smooth surface quality with customized colors.

Learn more on graphene nanotubes for plastics: https://lnkd.in/esavP5fA

#Thermoplastics #plastics

[#MeetUs] at Silicone Expo
https://lnkd.in/eqKAqxSe

#silicone #elastomers

#MeetUs at booth 800 of InterBattery next week and explore single wall carbon nanotubes—the ultimate additive for: 
• Silicone anodes
• Fast-charging graphite
• High-voltage LCO
• Dry battery electrodes
• Single crystal NCM
• Thick LFP cathodes
Learn more on TUBALL™ for batteries here: https://lnkd.in/eH5sEuxC

#battery #energy

🔋 The Limiting Factor is known for deep dives into battery technology, and his latest analysis of CATL’s Shenxing batteries is a must-watch! 🚀 He explores the cutting-edge advancements that push fast-charging LFP to new levels—and even discusses the role of next-gen materials like single wall carbon nanotubes (SWCNTs), used in tiny amounts to enhance battery performance.

Could SWCNTs be a key enabler of these breakthroughs? Watch the video and join the discussion! 👇
https://lnkd.in/euvqYccn

#battery #energy

#batteries #energy

Specific applications require permanent anti-static performance for protective wear, upholstery, or accessories. Polyurethane leather reinforced with graphene nanotubes demonstrates:
• anti-static, dust-repellent properties
• a wide variety of colors
• a clean surface with no carbon migration
Take your PU leather to the next level with advanced nanotube technology!

Learn more on TUBALL™-based products for PU systems: https://lnkd.in/ei44a9wa

#application #PolyurethaneLeather #PU

#interview #energy #batteries
https://lnkd.in/eMubbViE

[R&D 💡] TUBALL™-enhanced composite fibers for ultrahigh energy and power density supercapacitors have been developed by Korean researchers. Polyaniline-CNT synergy boosts chemical stability and minimizes interfacial resistance, delivering superior electrochemical performance. These fibers achieve:

🔋 1714 F/g capacitance
⚡ 820 mWh/cm³ energy density
🚀 1150 W/cm³ power density
Plus, they offer exceptional durability, retaining nearly 100% capacitance after 100,000 cycles and enduring 10,000 mechanical deformations. A breakthrough for ultrahigh-performance energy storage!

Read the article in full: https://lnkd.in/er9q_bQh

Learn more on TUBALL™ nanotubes: https://lnkd.in/epj-xYvN 
#fiber #supercapacitor #

How can you combine functionality and comfort in body sensors? Add graphene nanotubes in silicone for stable electrical conductivity while preserving softness and flexibility. These metal-free, biocompatible skin electrodes ensure precise diagnostics, superior adhesion, and non-marking performance while meeting EU RoHS standards.

[🎥 #video] Enhancing body sensors with both functionality and comfort? ⚡ Graphene nanotubes are the key! They make silicone electrically conductive, enabling it to transmit electrical, physical, and chemical signals to and from the body for precise diagnostics. 🏥 These advanced skin electrodes offer excellent adhesion, non-marking use, superior softness, and full compliance with the EU RoHS Directive.

🔍 Learn more about TUBALL™ nanotube applications in silicone: https://lnkd.in/esrP5GtP

#silicones #SkinElectrodes #BodySensors

[#ApplicationCase] How can you eliminate safety and quality risks during de-molding of fiberglass parts? Upgrade your tooling gelcoat with graphene nanotubes to:
☑️ enable easier de-molding & faster production cycles
☑️ avoid dust attraction 
☑️ maintain light colors and spray application
Unlike carbon black or ammonium salts, nanotubes provide long-lasting, reliable conductivity without compromising application or durability.

Learn more and request a TUBALL™ solution sample: https://lnkd.in/eu2jvWsY

#gelcoats #moldcoats #molding

[💡R&D] Spray-dried TUBALL™/NCM composites have made a breakthrough in dry #battery technology. The developed SWCNT/NCM composite #electrode enables a uniform conductive network via spray-drying. With just 0.12 wt.% SWCNRs—10× less than carbon black—it delivers high energy density and long-term stability in thick electrodes (7 mAh/cm²). It retains 89.4% capacity after 100 cycles and 52.2% after 500 cycles, paving the way for next-gen battery performance, as detailed in a recent article published in @[Chemical Engineering Journal (CEJ)](urn:li:organization:88458241).

Read the article: https://lnkd.in/egjnK6wq

Learn more on TUBALL™ nanotubes applications: https://lnkd.in/eaKWpd2V

#RandD #research #energy

Step inside our clean room! This ISO 8 special area is designed for producing TUBALL™ nanotube products for batteries. Battery manufacturers’ set strict requirements for metal impurities, especially nonferrous metals like zinc and copper, which can cause failures. To ensure purity, we take extra precautions during the most sensitive production stages: raw material loading and product unloading.

Today, let’s take a closer look at the loading process:
☑️ Airlock system – only one side opens at a time
☑️ 15 pascal pressure difference – ensures outward airflow
☑️ Air shower gateways – for both materials and personnel
☑️ HEPA 14 filters – refresh air every 2 minutes for maximum purity
☑️ Advanced filtration system – removes even the smallest particles

Stay tuned for an exclusive look at the unloading process! 🚀
#batteries #ProductionFacility #quality

For the second year in a row, we were glad to welcome science students from Lycée Aline-Mayrisch to the OCSiAl Technical Center in Luxembourg! 🚀🔬 These future scientists got hands-on with nanomaterials, explored their role in cutting-edge technologies and a sustainable economy, and created and tested nanotube-based products in action. It was a fantastic day—thank you for your curiosity and enthusiasm! ✨

#nanomaterials #science

[💡R&D] A TUBALL™/CEF cathode has a superior cycle life for high-mass-loading Li-ion batteries, as detailed in an article by Korean researchers. A new cathode with cellulose elementary fibrils (CEF) and TUBALL™ SWCNTs features a uniform conductive network, enhancing ion transport. This CEF-based cathode retains 80% capacity after 100 cycles and delivers higher areal discharge capacities than PVDF-based cathodes. It enables an impressive 445.4 Wh/kg energy density in full Li-metal cells—outperforming synthetic polymer binders.

Read the article: https://lnkd.in/gG_vuZbZ

Discover more about SWCNT applications: https://lnkd.in/gqjGsMFS

#cathode #batteries #LiIonBatteries