High Purity Battery Grade Lithium Manganate for Lithium Ion Batteries

Customization: Available
Cathode Materials: LMO
Specification: KG

Product Description

High Purity Battery Grade Lithium Manganate

Basic Info

Origin: China

Products Introduction

Lithium Manganate 1
Lithium Manganate 2
Lithium Manganate 3
Lithium Manganate 4
Lithium Manganate 5

Technical Parameters

Items Standard Values Typical Value
Physical parameters Particle size distribution D10(μm) 2.5-5.0 3.5
D50(μm) 6.0-10.1 7.64
D90(μm) 11.5-18.5 14.55
Specific surface area(m²/g) ≤0.8 0.62
Tap density(g/cm³) ≥1.3 1.53
Compaction density(g/cm³) ≥3.0 3.05
H₂O content(%) ≤0.05 0.03
Chemical & Electrochemical Performance
PH 7.5-10.5 9.75
Electrochemical performance 0.2C Discharge capacity(mAh/g) ≥95 98.8
1C Discharge capacity(mAh/g) ≥95 98.5
Initial efficiency(%) ≥95 98.1

Main Products

Main Products Showcase

Profile & Capability

Facility Overview

Established in September 2008, our facility is a high-tech enterprise specializing in the research, production, and sales of cathode materials for lithium-ion batteries. We focus on the research and production of manganese oxide lithium, with an annual production capacity of 10,000 tons.

We have consistently led technological development in the industry and participated in the formulation of industry standards such as "Electrolytic Manganese" and "Manganese(III) Oxide for Lithium Batteries". Our innovative large single-crystal manganese oxide lithium has been listed as a provincial engineering technology research center. We continue to uphold the enterprise spirit of science, integrity, innovation, and excellence to serve the global new energy industry.

Production Line

Laboratory & Quality Control

Laboratory Equipment

Cultural Concept

Corporate Culture

Certifications

Certificates

Frequently Asked Questions

What are the primary applications of this Lithium Manganate?
It is primarily used as a cathode material for high-purity battery grade lithium-ion batteries, suitable for various consumer electronics and energy storage systems.
What is the typical particle size (D50) of your Lithium Manganate?
The standard D50 range is between 6.0 and 10.1 μm, with a typical measured value of approximately 7.64 μm.
How does the discharge capacity perform in half-cell tests?
Our material achieves a 0.2C discharge capacity of ≥95 mAh/g, with typical performance reaching up to 98.8 mAh/g.
What is your annual production capacity?
We maintain a robust annual production capacity of 10,000 tons to ensure a stable supply for large-scale industrial needs.
Are your products compliant with industry standards?
Yes, we participate in formulating industry standards for Electrolytic Manganese and Manganese Oxide for Lithium Batteries, ensuring all products meet or exceed technical requirements.
What are the storage requirements for this material?
The material has a very low moisture content (≤0.05%) and should be stored in a cool, dry, and well-ventilated environment in sealed packaging to maintain its electrochemical performance.

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