Conductive Acetylene Black for Li-ion Battery Cathode/Anode Conducting Material Gn-Lib-Cab

• Customization: Available
• Application: for Li-ion Battery Electrode Material and Conducti
• Carbon Content: High-Carbon
• Model NO.: GN-LIB-CAB
• Type: Acetylene Carbon Black
• Name: Conductive Acetylene Black for Li-ion Battery Cond
• Color: Black Powder
• Apply: Conductive Acetylene Black
• Type 1: Acetylene Black
• Storage,Delivery: Avoid Moist
• Packing 1: Container Sealed in Al Vacuumed Bag
• Iodine Absorption Number: >=90 G/Kg
• Impurity: None
• Offer: One Stop Service, Provide Full Solutions
• Appearance: Powder
• Artificial Graphite Type: Special Graphite Class
• Active Carbon Material: Mineral Raw Material Activated Carbon
• Manufacturing Method: Physical-Chemical Method of Activated Carbon
• Pore Diameter: Mesoporous
• Usage: Environmental Protection Industry, Chemical Industry, Electric Power Industry, Lithium Ion Battery R&D
• Physical Properties: Appearance
• Chemical Properties: Moisture
• Adsorption Properties: Carbon Tetrachloride Adsorption Value
• Transport Package: Standard Exporting Package
• Specification: According to customer requires
• Trademark: Gelon
• Origin: China(Mainland)
• HS Code: 2803000000
• Production Capacity: 100ton/Month

Product Description

Conductive Acetylene Black for Li-ion battery Cathode/Anode Conducting Material GN-LIB-CAB
Conductive Acetylene Black
1.High Hydrochloric Acid Absorption Rate
2.for li-ion battery 
3.one stop service 8years exp.
Product Description  
It is used for preparing Li-ion battery electrode material and conducting material
for example:
Cathode: Cathode Active+Acetylene Black (Conductive)+PVDF+NMP 
Anode:  Anode Active+Acetylene Black (Conductive)+PVDF+NMP (or SBR+CMC)
Packaging & Shipping  

Composition	Appearance	Powder
	Color	Black
Technical parameter	Specific Volume	16~17 ml/g
	Iodine Absorption	≥4.4 ml/g
	Hydrochloric Acid Absorption	99.90%
	Resistivity	≤1.8Ω/m
	PH Value	6~8
	Heating Loss	≤0.2%
	Ash Content	4.075m2/g
	Impurity	0
	Absorption Intensity	≥23.4 ml/5g
	Absorption	≥250 ml/100g