NANO PRO™ Conductive Expanded Graphite (TIMCAL Timrex® BNB90) Powder for Battery Research and as a Polymer Additive
Product Details:
Electrolytic manganese dioxide (EMD) is the critical component of the cathode material in modern alkaline, lithium, and sodium batteries including electrochemical capacitors and hydrogen production. TIMCAL Timrex BNB90 is the premium high aspect ratio graphite designed for EMD cathodes with low graphite content. Timrex BNB90 high aspect ratio graphite, characterized by its unique texture and morphology, is designed for cathodes with low graphite content. Manufactured with unique and sophisticated process which results in a two-dimensional particle shape that ensures very high electrical conductivity in the cathode mix with a very low percolation threshold and strong mechanical stability at low loadings.
TIMREX BNB 90 Graphite shows very high electrical and thermal conductivity even at a relatively low graphite content. It is suitable for elastomers and seals. TIMREX BNB 90 Graphite consists of irregular strong anisometric particles. It is recommended for automotive (micro HEV, e-bikes), energy storage and industrial (fork-lifts, back-up systems & medical devices). It provides good wettability, high affinity, sufficient BET specific surface area (SSA) and double layer capacitance for dynamic charge acceptance (capacitor effect). It offers sufficient purity to reduce gassing and self-discharge, balanced particle size distribution for homogeneous incorporation into electrode structure, improved cycle life and improved charge acceptance.
Key Benefits
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Excellent electrical conductivity with very low percolation thresholds
- High energy density
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High mechanical stability
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High current drain
SKU#: PO5036
Packing: 100g per bottle
Specifications
|
Appearance |
Black powder |
| Particle size, D50 | 38.5 um |
| Moisture | 0.29 % |
| Ash content | ≤0.14 % |
| Density (Scott) | 0.044 g/cm3 |
| BET specific surface area | 21.2 m2/g |
Please bake the powder in a vacuum oven at 120 - 150 °C before making slurry and coating to ensure best performance.
References:
2. Expanded graphite offers new opportunities, Plastics, Additives and Compounding, Volume 10, Issue 3, May–June 2008, Pages 40-41
