Super C65 Conductive Carbon Black as Conductive Additive for Lithium Ion Batteries

• Separator Type: PP/PE
• Negative Materials: /
• Electrolyte: /
• Cathode Materials: /
• Type: Electrode
• Carbon Content: High-Carbon
• Model NO.: TOB-C65
• Pore Diameter: Microporous
• Physical Properties: Specific Surface Area
• CAS No.: 1333-86-4
• Artificial Graphite Type: Conductive Carbon Black
• Active Carbon Material: Conductive Carbon Black
• Usage: Lithium Battery Research
• Adsorption Properties: Conductive Carbon Black
• Name: Super C65
• 1 Bag: 100g
• pH: 8-11.0
• Bet Surface Area: 62 M2/G
• Moisture Content (as Packed): Max 0.3%
• Volatile Matter: Max 0.15%
• Density(in The Bag): 160 Kg/M2
• Transport Package: Standard Packing
• Trademark: TOB
• Origin: China
• Production Capacity: 500000 Bag/Year

Product Description

Super C65 Conductive Carbon Black As Conductive Additive For Lithium ion Batteries

PROPERTY	TEST METHOD(*)	UNIT	LIMITS	VALUE
Density(in the bag)	Internal method 26	kg/m^2	160±20	160
Absorption Stiffness Value	Internal method 1	ml/5g	32.0±2.0	33.0
HCI Absorption Value	JIS K1469-1984	ml/5g	min 16.0	20.8
Grit 45μm/325 mesh	ASTM D1514	ppm	max5.0	<2
Grit 20μm	ASTM D1514	ppm	max25	<7
BET Surface Area	ASTM D3037-89	m^2/g	62.0±5.0	61.2
Moisture Content (As packed)	ASTM D1509	%	max 0.3	0.1
Volatile Matter	Internal method 2	%	max 0.15	0.14
Ash Content	ASTM D1506	%	max 0.025	0.010
Iron Content	Internal method 20	ppm	max 7.0	1.5
Nickel Content	Internal method 20	ppm		0.1
Vanadium Content	Internal method 20	ppm		<0.5
Specific Resistance 50kg/cm^2	Internal method 7	Ohm-cm	max 0.25	0.17
Specific Resistance 50kg/cm^2	Internal method 7	Ohm-cm	max 0.15	0.12
Carbon Content	Internal method 27	%	min 99.5	>99.5
PH	ASTMD1512		8-11.0	9.3