Rimere, an advanced plasma technology company, has announced that its portfolio of nanocarbon materials is available for testing and evaluation. This milestone follows the successful advancement of Rimere’s Reformer technology, a sequential hybrid plasma methane pyrolysis process that can consistently produce varying grades and scalable quantities of nanocarbon materials, including high-purity graphene.
Rimere has released its initial two products, branched nanocarbon spheres and crumpled graphene sheets, which have both moved into production and are ready for partner testing. The branched nanocarbon spheres material has a desired morphology ideal for applications in the concrete, polymers, and automotive industries. Crumpled graphene is a unique sheet form of graphene with high electrical and thermal conductivity properties used to improve capacitors, battery, paints, and coatings.
Rimere, an advanced plasma technology company, has announced that its portfolio of nanocarbon materials is available for testing and evaluation. This milestone follows the successful advancement of Rimere’s Reformer technology, a sequential hybrid plasma methane pyrolysis process that can consistently produce varying grades and scalable quantities of nanocarbon materials, including high-purity graphene.Rimere has released its initial two products, branched nanocarbon spheres and crumpled graphene sheets, which have both moved into production and are ready for partner testing. The branched nanocarbon spheres material has a desired morphology ideal for applications in the concrete, polymers, and automotive industries. Crumpled graphene is a unique sheet form of graphene with high electrical and thermal conductivity properties used to improve capacitors, battery, paints, and coatings.
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