Zero-dimensional spherical particles, lowest cost with fully mature dispersion processes. Delivers point-to-point conductivity at 1.5–3% loadings. Ideal for standard LFP batteries, entry-level energy storage, and cost-sensitive consumer battery applications.
 

 
1D tubular structure with moderate aspect ratio, forms line-contact conductive networks. Outperforms carbon black at just 0.5–1.5% loadings. The current mainstream standard for mid-to-high end NMC/LFP traction batteries and general energy storage systems.
 

 
Rigid sub-micron fibers that combine conductivity with mechanical structural support to reduce electrode swelling. Applied at 0.5–2% loadings, perfect for high-power batteries, fast-charging energy storage, and silicon anode co-formulation.
 

 
Ultra-fine 1D tubes with exceptional aspect ratio, builds a complete 3D conductive network at only 0.05–0.2% loadings. Boasts unmatched electrical/thermal conductivity and tolerance for volume expansion. Purpose-built for high-nickel cathodes, silicon anodes, ultra-fast charging cells, and semi-solid batteries.
 
For over a decade, SWCNTs were the battery industry’s “holy grail” material — unmatched performance, but locked in R&D labs by a prohibitive price tag.That’s no longer the case.
Hex Nano is scaling full-scale SWCNT production, pushing prices below $1,500/kg in 2026 — and on track to fall under $1,000/kg in 2027.
At these price points, the per-cell cost premium of SWCNTs is nearly eliminated, while delivering far better cycle life, rate capability, and compatibility with next-generation battery chemistries.
This is the mass-adoption inflection point. What was once a niche material is now becoming a viable option for high-volume battery manufacturing worldwide.
Silicon anode programs, 4680 cell lines, fast-charging infrastructure, and semi-solid battery development all just got a major performance boost at a manageable cost.
 
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