High-purity thermal carbon black for rubber, insulation, and specialty industrial applications with consistent quality and global supply.
Thermal carbon black is produced through the thermal decomposition of natural gas in a controlled environment, resulting in a low-structure carbon black with larger particle size and high purity.
Unlike furnace carbon black, thermal carbon black offers lower reinforcement but provides excellent elasticity, flexibility, and thermal stability. It is widely used in rubber products, insulation materials, and specialty industrial applications.
At Zenon Exports, we supply premium-grade thermal carbon black tailored for industrial buyers, ensuring consistent quality and reliable global export supply.
Produced from natural gas, resulting in minimal impurities and low ash content.
Ideal for applications requiring flexibility rather than strength.
Performs well under high-temperature conditions.
Enhances flexibility and resilience in rubber products.
Parameter |
Value Range |
|---|---|
Particle Size
|
200 – 500 nm
|
Surface Area
|
5 – 15 m²/g
|
Structure
|
Low
|
Ash Content
|
< 0.5%
|
pH Value
|
6 – 9
|
Volatile Matter
|
Very Low
|
Used in rubber applications requiring moderate performance.
Used in specialty applications requiring finer properties.
Provides thermal resistance and stability.
Used in seals, gaskets, and flexible rubber products.
Used in insulation compounds.
Used in applications requiring low reinforcement and high flexibility.
Feature |
Thermal Carbon Black |
Furnace Carbon Black |
|---|---|---|
Structure
|
Low
|
Medium to High
|
Particle Size
|
Large
|
Small
|
Reinforcement
|
Low
|
High
|
Application
|
Flexible rubber
|
Tyres & industrial
|
Thermal carbon black is produced by the thermal decomposition of natural gas, resulting in a high-purity carbon material with low structure and large particle size.
Thermal carbon black has larger particle size, lower structure, and provides less reinforcement compared to furnace carbon black, which is widely used in tyre manufacturing.
MT (Medium Thermal) and FT (Fine Thermal) are the two main grades. MT is used in general rubber applications, while FT is used in more specialized industrial applications.
No, thermal carbon black has low electrical conductivity and is not suitable for conductive or electronic applications.
It improves elasticity, flexibility, and thermal stability in rubber without significantly increasing hardness.
No, it cannot fully replace furnace carbon black because it offers lower reinforcement and is used for different applications.
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