Company Overview: A Premier SWCNT Manufacturer in the Yangtze River Delta
Hexagonal Nano New Material Co., Ltd. stands at the forefront of advanced nanomaterial production, strategically located in Changzhou, the geometric center of the Yangtze River Delta. Our prime position places us in close proximity to major industrial hubs including Wuxi, Suzhou, and Nanjing, with convenient access to Shanghai Port just 200 kilometers away, ensuring efficient logistics and global distribution.
Under the technical leadership of Professor Gong, a pioneer with over 20 years of dedicated research and mass production experience in nanotube technology, we have established unparalleled expertise in single-walled carbon nanotube (SWCNT) manufacturing. Our core mission is to deliver high-performance SWCNT solutions that address the most critical challenges facing next-generation fast-charging lithium-ion batteries.
Core Technical Advantages: Solving Fast-Charging Battery Pain Points
The rapid evolution of electric vehicles demands batteries that charge faster, last longer, and deliver higher energy density. However, current fast-charging batteries face five critical limitations: high internal resistance and heat generation, severe electrode polarization leading to short cycle life, silicon anode volume expansion, slow ion/electron transport, and poor low-temperature performance. Hexagonal Nano's premium SWCNTs provide definitive solutions to these bottlenecks.
Our SWCNTs construct a robust 3D high-speed conductive network within the battery electrode, drastically lowering internal resistance and reducing heat buildup during high-current charging. By effectively suppressing electrode polarization, our nanotubes stabilize the electrode structure, significantly slowing capacity fade and dramatically extending the battery's cycle life.
A breakthrough advantage is our SWCNTs' ability to act as a flexible buffer, effectively absorbing the extreme volume expansion of silicon anodes—an industry-wide challenge. This enables the development of durable, high-performance silicon-based fast-charging systems. Furthermore, their ultra-high conductivity requires only an ultra-low dosage, preserving and even boosting the battery's overall energy density while optimizing ion transport for reliable fast charging, even in frigid low-temperature conditions.
Unmatched Production Capacity & Quality
Hexagonal Nano proudly operates China's only ton-scale production line for premium single-walled carbon nanotubes, with an annual output of 6 tons of high-purity SWCNT powder. This landmark facility underscores our commitment to scaling advanced nanotechnology for commercial battery applications.
To meet the surging global demand for high-quality SWCNTs in the EV and energy storage sectors, we are actively planning and designing a new state-of-the-art lights-out factory. This automated facility will boast an annual production capacity of 20 tons, solidifying our position as a global leader in SWCNT manufacturing and ensuring a stable, high-volume supply for our partners.
Comprehensive Product Portfolio
We offer a full suite of SWCNT products tailored for the battery industry:
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High-Purity Single-Walled Carbon Nanotube Powder: Ideal for dry electrode mixing processes.
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Stable SWCNT Suspensions: Pre-dispersed solutions for seamless integration into battery slurry systems.
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Custom SWCNT Formulations: Engineered to specific conductivity and dispersion requirements.
Driving the Future of Energy Storage
Hexagonal Nano New Material is more than a supplier; we are a strategic partner powering the battery revolution. Our single-walled carbon nanotubes are redefining the performance boundaries of fast-charging batteries, enabling the next wave of high-performance electric vehicles and advanced energy storage solutions. By combining profound academic expertise with industrial-scale production, we are committed to delivering innovative SWCNT technologies that make fast, safe, and long-lasting batteries a global reality.
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- Email：info@hex-nano.com
- Call us/whatsapp：+86 15961806785
- Website：https://www.hex-nano.com
