Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Birla Carbon Raven 1185 Carbon Black

BirlaCarbonRaven1185CarbonBlackisahigh-performancefurnaceblackdesignedforrubberreinforcementinhigh-endtiresandindustrialrubberproducts.Itoffersexcellentdispersion,abrasionresistance,andtensilestrengthwhilemaintaininglowheatbuild-up.Raven1185balancesprocessingefficiencywithsuperiordynamicproperties,makingitidealforfuel-efficienttreadcompoundsandpremiumoff-the-roadapplications.
  • birla carbon raven 1185 carbon black_14ca27b3
  • birla carbon raven 1185 carbon black_14ca27b3

Features Of Birla Carbon Raven 1185 Carbon Black

  1. High structure morphology for enhanced conductivity and reinforcement in polymer composites.

  2. Consistent particle size distribution ensuring uniform dispersion and improved batch-to-batch reproducibility.

  3. Low volatile content supporting stable processing in high-temperature extrusion and compounding operations.

  4. Optimized surface chemistry for strong interfacial adhesion with thermoplastic and thermoset matrices.

  5. Specially engineered for demanding static-dissipative and conductive applications requiring controlled resistivity.

Typical Applications Of Birla Carbon Raven 1185 Carbon Black

  1. Conductive masterbatches for automotive interior trim and under-hood components.

  2. ESD-safe packaging films and containers for electronics manufacturing and handling.

  3. Static-dissipative flooring compounds and industrial work surface materials.

  4. Conductive cables and sheathing for telecommunications and data transmission infrastructure.

  5. Antistatic conveyor belts and rubber rollers used in printing and packaging machinery.

Specifications Of Birla Carbon Raven 1185 Carbon Black

Chemical TypeCarbon Black (ASTM D1765 N115 equivalent)
Product FormPelletized (standard 2–3 mm cylindrical pellets)
AppearanceBlack, free-flowing pellets
Primary ApplicationsConductive and static-dissipative thermoplastics, elastomers, and coatings
Key FeaturesHigh structure, low DBP absorption, optimized surface activity
BenefitsImproved electrical conductivity, excellent dispersion, reduced compound viscosity
Moisture Content (max)1.5 wt%
Volatile Matter (max)1.0 wt%


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