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. 2023 Feb 15;13(9):5723–5743. doi: 10.1039/d2ra08244f

CMC-based materials in Li-ion batteries.

CMC source Blends/composite material Specific capacitance (mA h g−1) Current density (mA g−1) Charge/discharge cycles Applications in electrochemistry Ref
Commercial; Sigma-Aldrich Na-CMC/SBR as binder 450 0.2 30 • Carbon coated silicon/boron/graphite anode in Li-ion batteries 72
Commercial Na-CMC/SBR as binder 2221 30 • Modified elastomeric binder for silicon anode in Li-ion batteries 73
Commercial CMC as binder 149.2 200 • CMC as cheap and green binder for LiNi1/3Mn1/3Co1/3O2 (NMC) as cathode material for Li-ion batteries 74
Synthetic CMC based on cotton cellulose CMC-Li binder 180 200 • CMC-Li is cheaper, eco-friendly, biodegradable and safer binder for Li-ion batteries' electrodes 65
Commercial; Sigma-Aldrich Na-CMC/SBR/acrylic acid hydrogels as binder 157/162 0.5 50 • Physiochemical effect of CMC based binder for graphite anode in Li-ion batteries 71
Commercial; Sigma-Aldrich CMC derived Li incorporated hierarchically porous carbon monoliths 312 30 50 • Pre-lithiated CMC derived porous carbon monoliths can act as an efficient material for high power anode 62