High-performance conductive carbon black for batteries, electronics, cables, and anti-static applications.
Conductive carbon black is a specialized form of carbon black designed to provide electrical conductivity in various materials. It is widely used in applications where static charge dissipation or electrical conductivity is required, such as batteries, cables, and electronic components.
Unlike standard furnace carbon black, conductive grades have a unique structure that allows efficient electron transfer, making them essential for high-performance industrial applications.
At Zenon Exports, we supply premium-grade conductive carbon black suitable for global industries, ensuring consistent conductivity, purity, and reliable supply.
Ensures efficient electron flow in conductive materials.
Prevents static charge buildup in plastics and packaging.
Easily mixes with polymers, coatings, and rubber compounds.
Maintains performance under high temperatures and demanding conditions.
Parameter |
Value Range |
|---|---|
Particle Size
|
10 – 50 nm
|
Surface Area
|
200 – 1500 m²/g
|
Structure
|
High
|
Ash Content
|
< 0.5%
|
Electrical Resistivity
|
Very Low
|
Volatile Matter
|
< 1%
|
Used as a conductive additive in battery electrodes.
Provides conductivity and shielding in cables.
Prevents electrostatic discharge (ESD) in plastic products.
Used in conductive coatings and components.
Used in ESD-safe packaging materials.
Feature |
Conductive Carbon Black |
Standard Carbon Black |
|---|---|---|
Electrical Conductivity
|
High
|
Low
|
Main Use
|
Electronics, batteries
|
Rubber, tyres
|
Structure
|
Highly structured
|
Moderate
|
Value
|
High
|
Moderate
|
Conductive carbon black typically offers low electrical resistivity due to its highly structured particle network, making it ideal for applications requiring efficient electron flow such as batteries and conductive polymers.
It enhances electrical conductivity within the electrode, improving charge/discharge efficiency, cycle life, and overall battery performance.
Major industries include lithium-ion battery manufacturing, electronics, cable & wire, automotive (EV), and anti-static plastic production.
Yes, it is widely used in anti-static and ESD (Electrostatic Discharge) applications to prevent damage to sensitive electronic components.
Conductive carbon black offers balanced conductivity and cost efficiency, while acetylene carbon black provides higher conductivity but at a higher cost and is mainly used in advanced battery applications.
Yes, we supply grades suitable for electric vehicle (EV) lithium-ion battery manufacturing.
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