Graphenated Carbon Nanotubes

Graphene nanosheets are directly grown onto carbon nanotube sidewalls, forming a covalently integrated 3D conductive architecture. Unlike simple CNT/graphene mixtures, gCNT combines efficient electron transport, abundant active interfaces, and an open porous network within a single material.

Higher Accessible Surface Area

Graphene branches prevent CNT bundling and expose more electrochemically active interfaces.

Faster Electron Transport

Continuous graphitic pathways promote efficient charge transport.

Better Catalyst Support

Hierarchical morphology improves nanoparticle dispersion and utilization.

Application Ready

Available as powders, dispersions, and custom formulations.

A hierarchical 3D carbon nanomaterial engineered for next-generation energy storage, electronics, and EMI shielding.

MATERIAL CHARACTERIZATION

Validated Material Performance

From raw powders to stable liquid dispersions and form-in-place pastes, our patented 3D graphenated carbon nanotubes (g-CNTs) are subjected to rigorous quality control. We guarantee consistent structural integrity and batch-to-batch reliability, ensuring our nanomaterials integrate flawlessly into your existing manufacturing matrices without retooling.

>96% Carbon Purity

(g-CNT Powder)
Consistent, high-quality core materials verified for advanced industrial applications.

100% Homogeneous Dispersions

(g-CNT Dispersions)
Stable, agglomeration-free solutions available in Water, Ethanol, and NMP carrier systems.

30% Drop-In Loading

(g-CNT Formulations)
High-flow, zero-clog pastes delivering >60dB EMI shielding with a fraction of the weight of legacy metals.

Applications of Graphenated Carbon Nanotubes (g-CNTs)

Enabling Next-Generation Technologies Across Industries

g-CNTs begin at the material level and enable technologies ranging from batteries and AI hardware to aerospace, advanced manufacturing, and next-generation sensing.

Energy Storage

Semiconductor & AI Hardware

EMI Shielding & Electronics

Aerospace & Defense

Polymer & Structural Composites

Thermal Management

Electrocatalysis & Energy Conversion

Sensors

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