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Layered Oxide NaNi₁/₃Fe₁/₃Mn₁/₃O₂ (NFM111) Cathode Sheet – Double-Side Coated on Aluminum Foil (241 × 200 mm), 5 Sheets/Bag

https://www.s4r.fr/shop/s4r-elm-ccs9001a-layered-oxide-nani1-3fe1-3mn1-3o2-nfm111-cathode-sheet-double-side-coated-on-aluminum-foil-241-x-200-mm-5-sheets-bag-77 https://www.s4r.fr/web/image/product.template/77/image_1920?unique=cff4d79

Double-sided NFM111 cathode sheets on aluminium foil for sodium-ion battery research. Each 241 × 200 mm sheet has a 241 × 175 mm coated area and two uncoated edge strips. Supplied as a bag of 5 sheets for cutting to your required electrode geometry.

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S4R · Sodium-ion battery research

Double-sided NFM111 cathode sheets

NaNi₁/₃Fe₁/₃Mn₁/₃O₂ on aluminium foil · 5 sheets per bag

Pre-coated layered-oxide electrodes for sodium-ion cell development. The double-sided coating leaves two aluminium edge strips exposed for current collection and handling. Cut the sheets to your electrode geometry before drying and cell assembly.

Sheet size
241 × 200 mm
Coating
Double-sided
NFM111 double-sided cathode sheet with black coating and aluminium edge margins

Technical specifications

ParameterSpecification
Active materialSodium nickel iron manganese oxide, NaNi₁/₃Fe₁/₃Mn₁/₃O₂ (NFM111)
Coating configurationBoth faces of the aluminium foil
Sheet dimensions241 × 200 mm (L × W)
Coated area241 × 175 mm on each coated face
Uncoated margins12.5 mm along each of the two opposite long edges
Current collectorAluminium foil, 16 µm nominal thickness
Total sheet thickness120 µm nominal
Combined coating thicknessApproximately 104 µm across both faces; excludes the foil
Composite coating loading29 ± 0.4 mg/cm², combined coating loading
Compaction density2.8 g/cm³
Dry coating composition95.5% NFM111 · 2% PVDF binder · 2.5% Super P conductive carbon
Reference specific capacity120 mAh/g of active material; dependent on the test protocol
Supply5 electrode sheets per bag; one sales unit = one bag

Nominal/reference values. Coating thickness and loading are interpreted as combined values for both faces, consistent with the total thickness and compaction density. Coating loading refers to the composite layer. The photograph illustrates the upper coated face of one sheet.

Preparation and storage

Keep moisture exposure low

Vacuum-dry before use and store opened sheets in a glovebox. Confirm the drying cycle against the batch documentation and your cell chemistry.

Handle the coating carefully

Use clean tools; avoid scraping the coating or generating dust. Consult the applicable safety data sheet and your laboratory handling procedure before cutting or assembling electrodes.

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