• Ketjenblack ECP-600JD Conductive Carbon Black for Battery Electrode Research
  • Ketjenblack ECP-600JD Conductive Carbon Black for Battery Electrode Research
  • Ketjenblack ECP-600JD Conductive Carbon Black for Battery Electrode Research
  • Super P Li Conductive Carbon Black1
  • Super P Li Conductive Carbon Black1
1 5

Flux Battery

Super P Li Conductive Carbon Black for Battery Electrode Research

Super P Li Conductive Carbon Black for Battery Electrode Research

$59.00 USD
$79.00 USD $59.00 USD
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LA073-1

Weight
  • Bestellungen werden angenommen
  • DDP Lieferung: 5–12 Tage
  • 30 Tage Rückgabe- und Erstattungsrichtlinie

Description

Super P Li conductive carbon black is commonly used as a conductive additive in lithium-ion battery electrode formulations. It helps create electronic pathways between active material particles and supports uniform current distribution within the electrode.

Compared with higher-structure conductive carbons such as Ketjenblack, Super P Li is easier to disperse in slurry systems and more suitable for routine electrode preparation, material screening, and formulation comparison.

This product is suitable for lithium-ion battery cathode and anode research, coin cell assembly, pouch cell prototyping, and lab-scale electrochemical studies.

Key Features

  • Conductive carbon black for lithium battery electrodes
  • Suitable for cathode and anode formulations
  • Fine black powder form
  • Easy dispersion in electrode slurry systems
  • Low moisture content
  • Low metal impurity level
  • Cost-effective option for routine formulation testing
  • Suitable for coin cell and pouch cell research

Technical Specifications

Table 1: Analysis Data

Property Test Method Unit Limits Value
Density (in the bag) Internal Method 26 kg/m³ 125 ± 10 125
Absorption Stiffness Value Internal Method 1 mL/5g 32.0 ± 2.0 32.0
HCl Absorption Value JIS K1469-1984 mL/5g Min. 16.0 20.2
Grit 45 μm / 325 mesh ASTM D1514 ppm Max. 5.0 <2
Grit 20 μm ASTM D1514 ppm Max. 25 5
BET Surface Area ASTM D3037-99 m²/g 62.0 ± 5.0 62.5
Moisture Content (As Packed) ASTM D1509 % Max. 0.3 0.1
Total Sulphur ASTM D1619 % Max. 0.030 0.027
Volatile Matter Internal Method 2 % Max. 0.15 0.12
Ash Content ASTM D1506 % Max. 0.050 0.010
Iron Content Internal Method 20 ppm Max. 10.0 1.3
Nickel Content Internal Method 20 ppm — 0.1
Vanadium Content Internal Method 20 ppm — <0.5
Zinc Content Internal Method 20 ppm — 0.1
Cobalt Content Internal Method 20 ppm — 0.1
Chromium Content Internal Method 20 ppm — 0.1
Copper Content Internal Method 20 ppm — 0.1
Toluene Extract ASTM D4527 % Max. 0.10 <0.10
Specific Resistance 50 kg/cm² Internal Method 7 Ohm·cm Max. 0.25 0.16
Specific Resistance 100 kg/cm² Internal Method 7 Ohm·cm Max. 0.15 0.12
Carbon Content Internal Method 27 % Min. 99.5 >99.5
pH ASTM D1512 — 8–11 9.8

Table 2: Impurity Element Content

Test Item Unit Specification Actual Test Result
Fe ppm <10.0 1.32
Cu ppm <1.5 0.12
Ni ppm <1.5 0.98
Cr ppm <1.5 0.12
Co ppm <1.5 0.14
V ppm <10.0 0.45

Table 3: Physical Properties

Test Item Unit Specification Actual Test Result
Carbon Content % ≥99.5 99.56
Ash Content* % ≤0.05 0.01
Moisture % ≤0.3 0.1
pH Value — 8.0–11.0 9.9
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