NCM532 Cathode Material Nickel Cobalt Manganese Oxide Powder with High Tap Density and Single Crystal-like Morphology for High Initial Discharge Capacity Lithium Ion Batteries

Name: NCM532 Cathode Material Nickel Cobalt Manganese Oxide Powder with High Tap Density and Single Crystal-like Morphology for High Initial Discharge Capacity Lithium Ion Batteries
Brand: Shandong Gelon Lib Co., Ltd
SKU: NMC532 GN-N532B50
Price: 65.00 USD
Availability: InStock

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NCM532 Cathode Material Nickel Cobalt Manganese Oxide Powder with High Tap Density and Single Crystal-like Morphology for High Initial Discharge Capacity Lithium Ion Batteries

Large Image : NCM532 Cathode Material Nickel Cobalt Manganese Oxide Powder with High Tap Density and Single Crystal-like Morphology for High Initial Discharge Capacity Lithium Ion Batteries

Product Details:

Place of Origin:	China
Brand Name:	Gelon
Certification:	CE
Model Number:	NMC532 GN-N532B50

Payment & Shipping Terms:

Minimum Order Quantity:	1kg
Price:	60-70USD
Packaging Details:	Carton Packaging
Delivery Time:	10 working days
Payment Terms:	L/C,D/A,D/P,T/T,Western Union
Supply Ability:	500 kgs/month

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NCM532 Cathode Material Nickel Cobalt Manganese Oxide Powder with High Tap Density and Single Crystal-like Morphology for High Initial Discharge Capacity Lithium Ion Batteries

Description

Nickel Content:	50.15%	Cobalt Content:	20.06%
Single Impurity Element:	≤0.0020%	D10 (μm):	≥2.00
D50 (μm):	3.5-5.5	D90 (μm):	≤15.00
BET M²/g:	0.60-1.00	Tap Density (g/cm³):	≥1.50
Micro Morphology:	Single Crystal-like	Initial Discharge Specific Capacity (mAh/g):	≥180.0
Initial Coulombic Efficiency (%):	≥86.0
Highlight:	High Tap Density NCM532 Cathode Material , Single Crystal-like Morphology Nickel Cobalt Manganese Oxide Powder , High Initial Discharge Capacity Lithium Ion Battery Cathode

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Contact for details:

Email: Kimberley@libgroup.net

WhatsApp/Mobile/Wechat: +86-13686664348

Product Overview

SS-N532B50 is high-performance NCM532 nickel cobalt manganese oxide cathode material customized for 4.2V rate lithium-ion battery systems, suitable for university laboratory research, battery institute testing and commercial lithium cell electrode mass production.

The product is uniform black spherical powder with controllable particle size distribution, high tap density ≥1.80g/cm³ and compaction density ≥3.30g/cm³. It delivers ≥155mAh/g discharge specific capacity at 1C rate, with 500-cycle capacity retention over 80%. Strictly controlled low moisture, low free lithium and trace metal magnetic impurities guarantee stable electrochemical consistency for lab coin cell tests and full battery production.

Each batch comes with complete SEM test report and full physical & chemical inspection data. Standard 25kg aluminum plastic film carton packaging supports bulk factory order and small lab trial sample supply, with 12-month shelf life under dry normal temperature storage.

Physical Properties

Test Method	Item	Standard	Typical Measured Value
Laser Diffraction Particle Size Analysis	D10 (μm)	≥2.00	2.23
Laser Diffraction Particle Size Analysis	D50 (μm)	3.5-5.5	3.69
Laser Diffraction Particle Size Analysis	D90 (μm)	≤15.00	5.88
BET Specific Surface Area Analysis	BET (m²/g)	0.60-1.00	0.81
Tap Density Measurement	Tap Density (g/cm³)	≥1.50	1.62
Scanning Electron Microscopy (SEM)	Micro Morphology	Single Crystal-like	Compliant

Electrochemical Performance

Item	Standard	Typical Measured Value	Test Method
Initial Discharge Specific Capacity (mAh/g)	≥180.0	182.8	25±2℃, 0.1C, 3.0‑4.3V, Li‑metal anode coin half‑cell
Initial Coulombic Efficiency (%)	≥86.0	88.8	25±2℃, 0.1C, 3.0‑4.3V, Li‑metal anode coin half‑cell

Precautions for Use

Storage requirement: Ambient temperature below 40°C, humidity below 80%; shelf life: 1 year.
This material is highly hygroscopic. Strictly control ambient humidity during unpacking and usage, use immediately after opening.
Recommended electrode compaction density: 3.40 ~ 3.60 g/cm³, median target compaction density: 3.5 g/cm³.
Environmental compliance: Complies with EU RoHS Directive 2011/65/EU and its subsequent amending directives.

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