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2026-10-10

Surge of 260%! In the AI liquid-cooling era, what's truly scarce isn't chips—it's high-grade copper.

The AI computing power industry is now competing at the level of foundational materials. As domestic fully liquid-cooled AI data centers scale up, high-power GPU servers are driving explosive demand for high-performance copper. Traditional copper grades can no longer meet the stringent requirements of liquid-cooling scenarios—specifically ultra-high thermal conductivity and long-term stability. Graphene-copper composite materials (super copper) have emerged as the next-generation solution for high-strength, high-conductivity applications. Compared to pure copper, super copper offers superior electrical and thermal conductivity, higher mechanical strength, and enhanced high-temperature oxidation resistance, making it ideal for AI liquid-cooling systems, high-speed PCBs, and other compute hardware. Nanhang New Materials is investing in cutting-edge research on super copper, focusing on high-strength, high-conductivity copper composites. The company is developing advanced material solutions for AI liquid-cooled computing, high-voltage motors in new energy vehicles, solid-state batteries, and more, leveraging innovation in premium copper-based materials to accelerate the growth of the compute industry.

Three Parallel Tracks: Next-Gen Cell Conductivity Solutions from the World Power Battery Conference

2026-10-10

Three Parallel Paths: Next-Gen Cell Conductive Solutions from the World Power Battery Conference

2026 World Power Battery Industry Conference released the "Power Battery Industry Development Index (2026)", analyzing power battery technology evolution across short-, medium-, and long-term horizons: In the short term, liquid lithium-ion batteries continue to iterate, with silicon-carbon anodes demanding higher stability in conductive networks. The medium term sees parallel advancement of three routes: liquid lithium-ion, sodium-ion, and semi-solid-state batteries. Long-term industrialization of all-solid-state batteries hinges on material compatibility. Across diverse battery systems, single-walled carbon nanotubes (SWCNTs) leverage their ultra-high aspect ratio to build stable conductive frameworks at low loadings, addressing R&D challenges for silicon-carbon anodes, sodium-ion, and semi-solid-state batteries. Nanhang New Materials achieves stable mass production of SWCNTs with comprehensive technical support, covering sample delivery and R&D across multiple cell systems, accelerating next-generation power battery technology upgrades.

47.3% game-changer: Carbon nanotubes surpass carbon black; single-walled CNTs emerge as the core requirement for next-gen batteries.

Company News

2026-10-10

47.3% Landscape Shift! Carbon Nanotubes Overtake Carbon Black, Single-Walled CNTs Emerge as Core Requirement for Next-Gen Batteries

The lithium-ion conductive additive landscape is reaching an inflection point, with single-walled carbon nanotubes (SWCNTs) emerging as the core conductive filler for next-generation batteries. Nanhang New Materials has achieved industrialization of its proprietary physical arc-discharge SWCNT technology, delivering localized carbon-based new material solutions for high-end applications in new energy, semiconductors, and aerospace.

Difference between Single-Walled and Multi-Walled Carbon Nanotubes: How to Choose Based on Conductivity

Company News

2026-10-10

Difference between Single-Walled and Multi-Walled Carbon Nanotubes: How to Choose Based on Conductivity

Composite materials, battery conductive additives, semiconductor thermal management, and electromagnetic shielding R&D often face a critical challenge: selecting the right carbon nanotubes (CNTs). Single-walled CNTs (SWCNTs) and multi-walled CNTs (MWCNTs) may appear similar, yet they differ significantly in conductivity, loading requirements, cost, and industrial scalability. Nanhang New Materials deconstructs the fundamental structures of both types to explain their distinct conduction mechanisms and performance differences. We provide selection guidance tailored to applications in power batteries, AI servers, and aerospace. As high-end industries evolve, demand for low-loading, highly stable SWCNTs continues to rise. Leveraging our proprietary physical arc discharge technology, Nanhang has achieved commercial-scale production of high-quality SWCNTs, delivering advanced nano-filler solutions for cutting-edge projects.

Research Breakthrough | Nanhang Founder's Research Published in Q1 SCI Journal "Rare Metals"

Company News

2026-08-04

Research Breakthrough | Nanhang Founder's Research Published in Q1 SCI Journal "Rare Metals"

On 7 23, the research paper titled "Synergistic Enhancement of Mechanical and Electrical Properties and Corrosion Resistance of Graphene-Copper Composites by Accumulative Roll Bonding," co-authored by Sun Qingyou, Co-Founder of Nanhang New Materials, was officially published in Rare Metals, a top-tier international SCI journal in the materials field.