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

Birla Carbon Raven 1250 Carbon Black

BirlaCarbonRaven1250CarbonBlackisahigh-performancefurnaceblackdesignedforexceptionalUVresistance,electricalconductivity,anddispersioninpolymers.Itdeliverssuperiorreinforcementandpigmentationforautomotiveparts,industrialhoses,andconductivecomposites,makingitidealforrigorousengineeringapplications.
  • birla carbon raven 1250 carbon black_0e8efbe5
  • birla carbon raven 1250 carbon black_0e8efbe5

Features Of Birla Carbon Raven 1250 Carbon Black

  1. High structure morphology enabling excellent dispersion and reinforcement in rubber compounds.

  2. Consistent particle size distribution for predictable processing behavior and compound uniformity.

  3. Optimized surface chemistry for strong polymer-filler interaction, enhancing tensile strength and abrasion resistance.

  4. Low volatile content supporting stable compounding and reduced odor in finished products.

  5. Manufactured under stringent ISO 9001-certified quality control for batch-to-batch reliability.

Typical Applications Of Birla Carbon Raven 1250 Carbon Black

  1. Passenger car tire treads requiring high wear resistance and wet grip performance.

  2. Radial tire sidewalls where flex fatigue resistance and UV stability are critical.

  3. Industrial hose and conveyor belt compounds demanding dynamic mechanical durability.

  4. Automotive weatherstrips and sealing profiles requiring compression set resistance and elasticity retention.

Specifications Of Birla Carbon Raven 1250 Carbon Black

Chemical TypeCarbon black (ASTM N125 equivalent)
Product FormPelletized (standard 3–5 mm pellets)
AppearanceBlack, free-flowing pellets
Primary ApplicationsRubber reinforcement in high-performance tires and technical elastomers
Key FeaturesHigh structure, medium surface area, low DBP absorption
BenefitsImproved tensile strength, enhanced abrasion resistance, good processability
Storage StabilityStable under dry, ambient conditions; avoid excessive humidity


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