Cell Lab Mesoporous Nano Carbon Powder [10 g, for Lithium–Sulphur Battery Research] – High Surface Area Sulphur Host for Li–S Battery Cathode Development

Cell Lab Mesoporous Nano Carbon Powder [10 g, for Lithium–Sulphur Battery Research] – High Surface Area Sulphur Host for Li–S Battery Cathode Development

Advanced mesoporous carbon material for polysulphide confinement and enhanced Li–S battery performance

The Cell Lab Mesoporous Nano Carbon Powder is a highly engineered carbon matrix designed specifically for lithium–sulphur (Li–S) battery research. It effectively mitigates the common limitations of Li–S systems—such as polysulphide dissolution, volume expansion, and poor electrical conductivity—through its uniform mesoporous structure, large pore volume, and high specific surface area (232 m²/g).

This mesoporous carbon enables efficient sulphur loading (up to 90 wt%), uniform distribution, and stable cycling by providing interconnected ion/electron transport pathways. It serves as an ideal conductive framework and sulphur host, enhancing both the energy density and long-term stability of next-generation Li–S batteries.

Key Features

High Specific Surface Area (232 m²/g)
Provides abundant active sites and uniform sulphur dispersion, supporting high capacity retention.

Optimised Mesoporous Architecture
Facilitates lithium-ion transport and effectively confines soluble polysulphides to suppress shuttle effects.

High Sulphur Loading Capacity (Up to 90 wt%)
Accommodates high active material content for energy-dense cathode designs.

Stable Conductive Carbon Framework
Ensures excellent electron transport and mechanical durability throughout cycling.

Fine Powder Morphology (D50 ≈ 10 µm)
Easily dispersible in slurries for homogeneous mixing with binders and conductive additives.

Technical Specifications