Ultra-high purity carbon black for batteries, electronics, and conductive applications with superior performance and consistency.
Acetylene carbon black is a high-performance form of carbon black produced by the thermal decomposition of acetylene gas. It is known for its exceptionally high electrical conductivity, purity, and unique structure.
This type of carbon black is widely used in advanced applications such as lithium-ion batteries, conductive coatings, and electronic components where performance and reliability are critical.
At Zenon Exports, we supply premium-grade acetylene carbon black designed for high-end industrial applications, ensuring consistent quality and global export standards.
Provides superior electrical performance compared to other carbon black types.
Minimal ash and impurities make it suitable for sensitive applications.
Forms conductive pathways efficiently in materials.
Maintains conductivity under demanding conditions.
Parameter |
Value Range |
|---|---|
Particle Size
|
30 – 50 nm
|
Surface Area
|
60 – 150 m²/g
|
Structure
|
Very High
|
Ash Content
|
< 0.05%
|
Electrical Conductivity
|
Extremely High
|
Volatile Matter
|
Very Low
|
Used as a conductive additive to improve battery efficiency and performance.
Enhances conductivity and energy output.
Used in anti-static and conductive polymer compounds.
Used in high-performance electronic components.
Provides electrical conductivity in coatings and films.
Feature |
Acetylene Carbon Black |
Conductive Carbon Black |
|---|---|---|
Conductivity
|
Extremely High
|
High
|
Purity
|
Very High
|
Moderate to High
|
Application
|
Batteries, electronics
|
General conductive use
|
Cost
|
Premium
|
Moderate
|
Acetylene carbon black has a highly structured morphology and superior electrical conductivity compared to furnace or thermal carbon black, making it ideal for battery and electronic applications.
It offers extremely high electrical conductivity due to its unique chain-like structure, which forms efficient conductive networks in materials.
It improves electron transport within battery electrodes, enhancing efficiency, charge-discharge performance, and overall battery life.
It is used in battery manufacturing, electronics, conductive coatings, plastics, and advanced material industries.
Yes, it enhances conductivity, reduces internal resistance, and improves the overall efficiency of batteries.
Acetylene carbon black offers higher conductivity and purity, making it suitable for premium applications, while conductive carbon black is used for general conductivity needs.
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