High Quality Power Cell Material Hard Carbon for Power Battery

• Overview
• Product Description
• Detailed Photos
• Product Parameters

Overview

Basic Info.

Model NO.	GN-BHC-300
Capacity (mAh/G)	400.0+/-10.0
C Content (%)	90 for Reference Only
S Content (%)	0.5 for Reference Only
N Content (%)	0.3 for Reference Only
Ash Content (%)	0.5 for Reference Only
D50(Um)	9.0+/-2
Ssa (M2/G)	<=5
Ice (%)	82.0+/-1.0
Artificial Graphite Type	Graphite Electrode Class
Carbon Content	High-Carbon
Pore Diameter	Microporous
Manufacturing Method	Chemical Method of Activated Carbon
Appearance	Powder
Physical Properties	Shape
Chemical Properties	Ph Value
Type	Conductive Carbon
Transport Package	Standard Package
Specification	different size
Trademark	GELON
Origin	China
Production Capacity	10ton/Month

Product Description

High Quality Power Cell Material Hard Carbon For Power Battery

We could supply one stop solution ( turn key project) for you.

1.Full set of lithium battery materials,including :
LiMn2O4,LTO,LiNiMnCoO2(NMC),LiCoO2,Graphite(MCMB)and other cathode&anode battery materials;Aluminum foil,copper foils,battery separator,etc.

2.Full set of lithium battery equipments,for example:
mixing machine --coating machine--oven--rolling machine--welding machine--slitting / cutiing machine --winding machine--sealed machine,etc.

3.Full set of lithium battery technology.
we can design the laboratory and production line,according to customer's request.

Choose us means you choose the all-powerful partner for your business


In 2013, our Bolivia Project for batery production line has completed successfully. Bolivia president and goverment gave a full support and confirm. And our next project for Indonisia will start this year.

Product Description

GNBHC series is a kind of hard carbon prepared from plant raw materials. It has excellent performance in low temperature, rate, cycle and safety.

Detailed Photos

Product Parameters

Specification
No.	Item	Data
Technical parameter	D50(µm)	9.0±2
	SSA (m2/g)	≤5
	Ash Content	4.075m2/g
	ICE (%)	82.0±1.0