NanoXplore Inc T.GRA

Alternate Symbol(s): NNXPF

Chemicals Basic Materials

NanoXplore Inc. is a Canada-based graphene company. It is a manufacturer and supplier of high-volume graphene powder for use in transportation and industrial markets. It provides standard and custom graphene-enhanced plastic and composite products to various customers in transportation, packaging, electronics, and other industrial sectors. Its Advanced materials, plastics and composite products segment provides standard and custom graphene-enhanced plastic and composite products to various customers in transportation, packaging, electronics, and other industrial sectors. Its Battery cells segment provides silicon-graphene-enhanced Li-ion battery for the Electric Vehicle and grid storage markets. Its products include GrapheneBlack powder and graphene-enhanced masterbatch pellets using its extrusion capabilities that support various polymers. GrapheneBlack powder is suitable for a range of applications, it is especially useful for improving the properties of plastics and polymers.

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NanoXplore Inc > Graphene Enhances LiFePO4 Performance

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Comment by j1nxedon Dec 16, 2020 7:40am

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Post# 32116776

RE:RE:RE:RE:RE: Graphene Enhances LiFePO4 Performance

Here is a study where they used both heXo (M1) and Graphene Black x3 (M2) in conjunction with wood (!)

[url=https://www.diva-portal.org/smash/get/diva2:1342549/FULLTEXT02]https://www.diva-portal.org/smash/get/diva2:1342549/FULLTEXT02[/url]
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7254240/

heXo HDPE1-V20/35
UnitPlatelet Thickness 20 [nm]
Nr. of Layers 40
Flake Size50[μm]
Bulk Density0.24[g/cm3]
GNP Content 35[wt.%]

GrapheneBlackTM
UnitPlatelet Thickness 5[nm]
Nr. of Layers6-10
Flake Size38[μm]
Bulk Density0.18[g/cm3]
GNP Content3525[wt.%]

It does seem that M2 (Grapheneblack) was superior to heXo in multiple cases. I think that NanoXplore have tuned the process based on custom feedback (make more of what customers want). Here is the specc sheet for graphene black 0x and 3x

https://www.nanoxplore.ca/wp-content/uploads/2020/10/TDS-GB0X-201001.pdf
https://www.nanoxplore.ca/wp-content/uploads/2020/10/TDS-GB3X-201001.pdf

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