OCSiAl

02/06/2026

in Shanghai at the 22nd Shanghai International Tape & Film Expo (APFE 2026)! Discover how TUBALL™ graphene nanotubes enable stable antistatic performance in film coatings while preserving transparency, durability, and overall product quality. ⚡✨
Visit us at Booth 5T076 to explore our latest easy-to-use solutions for various systems.
Only three weeks to go—mark your calendar and come meet our team! We look forward to seeing you there. 🚀

28/05/2026

Colleagues from more than 10 countries have come together for OCSiAl’s strategic technical session focused on the future of polymers. 🌍
Experts from R&D, product development, sales, product safety, intellectual property, and marketing are sharing their knowledge, ideas, and vision to define the next priorities and strategic directions for the industry.
These discussions are shaping what advanced polymer technologies will look like in the years ahead—and how innovation can create stronger, smarter, and more sustainable materials for the world. 🚀

27/05/2026

Vertical alignment is what turns strategy into ex*****on. When every team understands the customer, the product, and the market, thousands of daily decisions move in the same direction. 🎯
Today, our SVP Andrej Seniut met with colleagues from across the business—from HR and accounting to production and engineering—to share market insights, key customer developments, real-world applications of graphene nanotubes, and OCSiAl’s strategic priorities.🌍⚙️

22/05/2026

A Po***ck artwork just sold for $150+ million at Christie's .
Meanwhile, our scientists have been looking at similar patterns of carbon nanotubes under SEM microscopes for years without realizing they were sitting on a fortune.
SEM art collection available. Superior nanotube dispersion to Po***ck’s. Slightly cheaper than Christie’s. DM us.

21/05/2026

What do our sales managers do sometimes?
They create electronic circuits with nanotubes. 😄⚡
Craig Kehres demonstrates how conductive inks containing TUBALL™ graphene nanotubes can be used for circuit printing—creating electrical pathways directly on paper.
Working with nanotubes can truly be exciting.

19/05/2026

Graphene nanotubes are a versatile additive with potential across up to 50% of the global materials market. Thanks to their unique morphology, even tenths or hundredths of a percent is enough to form a 3D network that provides materials with advanced performance. 🔬

Learn more: https://tuball.com/about-tuball?utm_source=Facebook&utm_medium=May+19%2C+2026

14/05/2026

The OCSiAl team is now welcoming you at CIBF in Shenzhen 🚀
Can’t meet us in person? No problem—reach out to learn more and get all the details 👇

13/05/2026

[💡R&D] TUBALL SWCNTs support advanced fast-charging silicon battery architecture.
Researchers from POSTECH, Seoul National University, and LG Energy Solution developed a LiF-engineered SiO anode that achieved 1,000 cycles at 2C fast charging and pouch-cell energy density up to 1,125 Wh L⁻¹. The TUBALL network provided efficient electron transport and reinforced electrode integrity under the severe volume changes typical for silicon-based materials.

Read the full study: https://www.nature.com/articles/s41467-026-72434-4

Energy-dense silicon-based negative electrodes repeatedly expand and shrink during battery operation, causing mechanical damage that degrades performance. Here, authors develop a deformation-resistant silicon-based negative electrode, enabling durable fast charging and high-energy operation.

12/05/2026

Are all carbon nanotubes the same? 🤔 Not quite.
They come in different forms—multi-wall, few-wall, and single wall. And that is why not all carbon nanotubes deliver the same performance.
Thanks to their unique one-layer structure, single wall carbon nanotubes are long and highly flexible, with a high aspect ratio and exceptional intrinsic mechanical and electrical properties. They are able to form a widespread, homogeneous, and stable 3D conductive network within materials at ultralow dosages. This makes it possible to create colorful or transparent conductive products with improved performance and durability.
Learn more on SWCNTs: https://tuball.com/about-tuball?utm_source=Facebook&utm_medium=SWCNT%2FMWCNT+banner

07/05/2026

[💡R&D] What if concrete could warn you before it cracks?
Smart concrete powered by single wall carbon nanotubes that turn ordinary fibers into ultrasensitive sensors has been created by researchers from the Institute of Construction Materials at TU Dresden. The nanotubes build a conductive network that reacts instantly to damage—amplifying signals by up to 100,000% as cracks grow.

The result: concrete that doesn’t just carry loads but actively monitors itself—bringing a new level of safety to bridges, buildings, and infrastructure.

Read the full study: https://www.sciencedirect.com/science/article/pii/S0950061825051104