Cell Lab Ketjenblack EC600JD (50 g) – high surface area conductive carbon black (~1270 m²/g) for lithium-ion batteries, conductive polymers, and catalysis. Low ash, nanometre particles, and superior conductivity.
Cell Lab Ketjenblack EC600JD (50 g) – high surface area conductive carbon black (~1270 m²/g) for lithium-ion batteries, conductive polymers, and catalysis. Low ash, nanometre particles, and superior conductivity.
Cell Lab Ketjenblack EC600JD (50 g) – high surface area conductive carbon black (~1270 m²/g) for lithium-ion batteries, conductive polymers, and catalysis. Low ash, nanometre particles, and superior conductivity.
Cell Lab Ketjenblack EC600JD (50 g) – high surface area conductive carbon black (~1270 m²/g) for lithium-ion batteries, conductive polymers, and catalysis. Low ash, nanometre particles, and superior conductivity.

Cell Lab Ketjenblack EC600JD [50 g, High Surface Area Conductive Carbon Black] – Premium Conductive Additive

Cell Lab Ketjenblack EC600JD [50 g, High Surface Area Conductive Carbon Black] – Premium Conductive Additive for Battery, Polymer & Catalysis Applications Ultra-high surface area carbon black for superior conductivity in energy storage and composite materials The Cell Lab Ketjenblack...
Vendor: Cell Lab
SKU: CL0152
Product type: Battery Consumables
£89.00
£89.00
Subtotal: £89.00
Description
Description
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Cell Lab Ketjenblack EC600JD [50 g, High Surface Area Conductive Carbon Black] – Premium Conductive Additive for Battery, Polymer & Catalysis Applications

Ultra-high surface area carbon black for superior conductivity in energy storage and composite materials

The Cell Lab Ketjenblack EC600JD is a highly conductive carbon black engineered for advanced lithium-ion battery electrodes, conductive polymers, and catalytic systems. Owing to its unique nanostructured morphology and extraordinarily high BET surface area (~1270 m²/g), it achieves excellent conductivity with minimal loading — often requiring only one-sixth the dosage of traditional conductive carbons to reach equivalent performance.

With nanometre-scale primary particles (~20 nm), low ash content (≤0.1%), and outstanding DBP absorption (480–510 cm³/100 g), Ketjenblack EC600JD ensures uniform dispersion and strong interfacial bonding in electrode slurries and polymer composites. It is widely used in lithium-ion, sodium-ion, and solid-state battery research, as well as electrocatalysis and conductive resin formulations.

Key Features

Ultra-High Surface Area (~1270 m²/g)
Delivers exceptional conductivity and active surface contact at minimal loading levels.

Nanometre Particle Size (~20 nm)
Promotes uniform dispersion within electrode and composite matrices for consistent conductivity.

Low Impurity Content
Ash ≤0.1% and volatiles ≤1.0% ensure chemical purity and prevent parasitic reactions during cycling.

Excellent Absorption Capacity
High DBP absorption (480–510 cm³/100 g) supports strong binder adhesion and robust network formation.

Versatile Functional Applications
Ideal for use in batteries, supercapacitors, catalysts, conductive coatings, and polymer composites.

Technical Specifications

Property Value
Appearance Black powder
Particle Size (D50) ~20 nm
Ash Content ≤0.1%
Moisture Content ≤0.5%
Bulk Density 100–120 kg/m³
DBP Absorption 480–510 cm³/100g
BET Specific Surface Area 1270 m²/g
pH Value 9.0–10.5
Volatiles ≤1.0%
Grit Content ≤30 mg/kg
Iodine Absorption 1000–1100 mg/g
Packing Size 50g per bottle

Applications & Industries

  • Lithium-ion, sodium-ion, and solid-state battery electrodes

  • Conductive additive for polymer composites and coatings

  • Supercapacitor and double-layer capacitor materials

  • Catalyst support in fuel cell and electrochemical systems

  • Conductive fillers in resins, adhesives, and sealants

FAQ

Q1: What makes Ketjenblack EC600JD superior to other conductive carbons?
Its extremely high surface area and porous network enable conductivity at far lower loading levels, improving electrode energy density.

Q2: Can this be used in polymer or resin systems?
Yes. It provides effective conductivity enhancement for polymer-based composites, resins, and adhesives.

Q3: How should it be dispersed in electrode slurry?
Use a high-shear mixer or ultrasonic bath for uniform distribution with NMP or aqueous binders (e.g. PVDF, SBR/CMC).

Q4: Is it compatible with solid-state batteries?
Yes. Its low impurity content and stable morphology make it ideal for solid or hybrid electrolytic systems.

Q5: What is the recommended storage condition?
Store in a dry, inert environment away from moisture and direct sunlight to maintain performance stability.

    Shipping & Return
    Shipping & Return
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    Returns Policy

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