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Hensen Battery Anode Pure Graphite Powder 35-325 Mesh High Carbon

Place of Origin: Qingdao
Brand Name: Hensen
Minimum Order Quantity: 20Ton
Price: USD300/T-USD2000/T
Packaging Details: Jumbo bag 20 tons for 20 feet container
Delivery Time: 30 working days
Payment Terms: T/T
Supply Ability: 1000Tons per Monthe
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Specifications
Highlight Features

Battery Anode pure graphite powder

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pure graphite powder 325 Mesh

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Battery Anode extra fine graphite powder

Place Of Origin:
Shandong, China
Pressed Density(g/cm3):
1.60-1.65
Product Name:
Graphite For Lithium Battery
Application:
Lithium Lon Battery Anode Material
Carbon Content:
High Carbon
Cycle Life:
Cycle 500, The Capaclty>88%
Product Description
Product Description

 

Lithium Ion Battery Anode Material Natural Graphite

The product is developed by introducing unique liquid coating and super critical graphitization technology which can make the coating layer thinner and can improve compatibility with electrolyte.The capacity is well increased,PD,cycling life,and high temperrature performance are greatly increased therefore.

 
Value Core:
High enegry density ≥360mAh/g
Long cycle life
Easy operation(additive does not require)
Application:
It is suitable for the use of high grade lithium ion battery
 
Particle Size
(Mesh)
Fixed Carbon
(%)
Moisture
(%)
HS35 +35 90-98 <0.5
HS50 +50 90-97 <0.5
HS80 +80 85-97 <0.5
HS100 +100 80-97 <0.5
HS150 +150 80-97 <0.5
HSM100 -100 80-96 <0.5
HSM200 -200 80-96 <0.5
HSM325 -325 90-96 <0.5

- Special grades with different specs are also available on request. Please contact us for details.

Hensen Battery Anode Pure Graphite Powder 35-325 Mesh High Carbon
Overall Rating
5.0
Based On Recent Reviews
Rating Snapshot
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D
Daniel from Malaysia
Aug 24.2024
As a long-time buyer of natural flake graphite for refractories, conductive coatings, and downstream graphite products, we are highly satisfied with this supplier's material. 1. High purity with low impurities – Stable carbon content with low ash and iron levels, reducing downstream purification costs and minimizing equipment wear. 2. Precise particle size distribution – Clear mesh size classification (e.g., +32 mesh, +50 mesh, +100 mesh) with minimal batch variation, enabling standardized manufacturing.
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