Sodium-ion Battery Cathode Electrode Sheet (NFM Sodium Nickel Iron Manganese Oxide NT03)

Name: Sodium-ion Battery Cathode Electrode Sheet (NFM Sodium Nickel Iron Manganese Oxide NT03)
Brand: Canrd
Price: 90.61 USD
Availability: InStock

$90.61

item_No

Specifications

Price

NT03XX

Single-sided (5 pcs/pack) (Calendered)

$90.61

Details

Overview

Specifications

Details

This product is a nickel–iron–manganese sodium oxide cathode sheet (model NT03XX) developed for sodium-ion battery research. Based on layered oxide chemistry, it is designed for use as a positive electrode material in coin cells or pouch cells. The sheet is single-side coated and available in calendered or final-calendered versions, each packaged in sets of five pieces. Calendering optimizes electrode density and mechanical integrity, which is important for consistent electrochemical testing. The material supports standard active mass and capacity calculations using coating surface density and active material ratio, as outlined by the supplier. Common applications include evaluating specific capacity, rate performance, and cycling stability in sodium-ion systems. Proper storage under vacuum or double-sealed conditions is recommended to prevent degradation, especially for high-nickel or sodium-based cathodes. This product is intended for R&D use in battery materials laboratories.

Canrd	10*10cm		5 sheets/pack			Coating
NO.	Electrode Name	Model	Main Material	Active Material Capacity (mAh/g)	Loading	Areal Density (mg/cm²)	Areal Capacity (mAh/cm²)
1	NCA Electrode	SY51	NCA-S (Nickel Cobalt Aluminum Oxide)	195	94.50%	17.66	3.25
2	Ni90 Electrode	SY41	Ni90 Single Crystal NCM	195	94.50%	9.50	1.75
3	NCM811 Electrode	SY33	NCM811 Single Crystal	188	94.50%	9.20	1.63
4	NCM811 Electrode	SY34	—	188	94.50%	21.50	3.82
5	NCM622 Electrode	SY25	NCM622 Single Crystal-B	168	96.70%	10.00	1.62
6	NCM622 Electrode	SY24	—	168	96.70%	21.60	3.51
7	NCM523 Electrode	SY15	NCM523	165	94.00%	19.70	3.06
8	NCM523 Electrode	SY13	NCM523	165	94.00%	10.50	1.63
9	LCO Electrode	LC02	High Voltage Lithium Cobalt Oxide-Z-4.45V	178	96.40%	10.00	1.72
10	LRM Electrode	FL01	Lithium-rich Manganese-based-E	280	95.00%	5.96	1.59
11	Graphite Electrode	SM02	Natural Graphite (Standard)-A	340	95.70%	5.80	1.89
12	Fast Charging Graphite Electrode	SM04	Fast Charging Graphite-B	350	96.70%	5.60	1.90
13	Silicon Carbon Electrode	SC02	Silicon Carbon Anode 1800 (Porous Carbon Deposited Silicon)	420	95.00%	4.80	1.92
14	NFM Electrode	NT02	Sodium Nickel Iron Manganese Oxide	127	95.50%	12.27	1.49
15	NFM Electrode	NT03	—	127	95.50%	8.00	0.97
16	Hard Carbon Electrode	YT02	Imported Hard Carbon (5 μm)	300	95.50%	6.00	1.72
17	LFP Electrode	LF07	Lithium Iron Phosphate (High Compaction Density)	150	91.50%	12.30	1.69
18	LNMO Electrode	NM01	High Voltage Lithium Nickel Manganese Oxide-B	130	96.00%	7.50	2.00
19	NFPP Electrode	NF01	Sodium Iron Phosphate Pyrophosphate	100	93.50%	15.30	1.43
20	Vanadium Pentoxide Electrode	VO02	Vanadium Pentoxide	300	80.00%	5.00	1.20
21	Manganese Dioxide Electrode	MO01	Manganese-based or Vanadium-based Material	100	80.00%	5.00	/
22	Zinc Negative Electrode	ZA01	Pure Zinc Powder / Alloy Zinc Powder	/	70.0%–96.0%	5.0–15.0	/

MOQ for Custom Small Electrode Sheets: 10*10cm/pcs，5cs/pack，1pack

To place an order or request a quotation, please Contact Us.

Packaging, Transportation, and Storage

1. Vacuum storage or double-sealed packaging in a glove box, especially for high-nickel and sodium cathode materials. Improper storage can increase battery internal resistance.

2. Electrodes not rolled: Roll the electrodes according to the recommended compaction density.

3. Coating surface density must be determined based on actual weighing results. Coating surface density does not include the current collector.

4. Actual weighing calculation of active material mass (mg): = (Small disc weight mg - Current collector surface density mg/cm² * Small disc area cm²) * Active material ratio

5. Theoretical active material amount (mg): = Coating surface density mg/cm² * Active material ratio * Small disc area cm²

6. Theoretical surface capacity mAh/cm²: = Coating surface density mg/cm² * Active material ratio * Granular capacity mAh/g ÷ 1000

7. When calculating granular capacity, calculate based on the actual weighed amount of active material. Due to tolerances in coating surface density, the actual weighing shall prevail.

8. Creases: Single-sided electrodes are prone to curling after rolling. Flattening and packaging may cause creases.