Industrial additives: BLACK PEARLS 2000 small amount of superconducting carbon black

As we all know, conventional conductive carbon black needs to be added in a larger amount to conduct electricity. Adding too much carbon black may have unnecessary negative effects on other physical and chemical properties of the product. For this reason, Cabot has specially developed superconducting carbon blackBLACK PEARLS 2000, which can be added in small amounts.

BLACK PEARLS 2000 SuperConductive carbon black It is a very fine particle size with a very large specific surface area Superconducting grade carbon material with very high structure. It is a carbon black produced using a furnace process specifically designed for conductive applications and used in critical applications requiring good conductivity, good physical properties and processability. BLACK PEARLS 2000SuperConductive carbon blackConductive carbon black is used in rubber and plastic compounds with low The added amount provides excellent conductivity and anti-static discharge properties.

CabotBLACK PEARLS 2000 conductive carbon black features:

CabotBLACK PEARLS®2000 conductive carbon black has better performance in rubber and plastic compounds than other Cabot conductive carbon blacks such as Vulcan®XC-72, VULCAN ®P and Sterling®C models have good electrical conductivity. BLACK PEARLS®2000 is used in applications where other conductive carbon black products cannot achieve a balance between conductive performance and rubber and plastic performance indicators.

CabotBLACK PEARLS 2000 conductive carbon black is also recommended for use in blends with other carbon blacks. Adding a small amount of BLACK PEARLS® 2000 carbon black can help achieve the required level of conductivity or antistatic without affecting other rubber and plastic properties, without the need for complex compounding. The rubber and plastic reinforcing properties of BLACK PEARLS® 2000 carbon black are very high, higher than those provided by ASTM N100 and N200 model carbon blacks.

Typical applications:

Antistatic and conductive applications

Hospital floors and floors

Conveyor belts and power transmission belts

Mining and petroleum hoses

Cable shielding