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

Black Jade PowCarbon 2879F Carbon Black

Black Jade PowCarbon 2879F Carbon Black is a high-performance furnace black from Birla Carbon’s Black Jade™ series, engineered for premium rubber reinforcement in tires and industrial rubber goods. It delivers exceptional tensile strength, abrasion resistance, and dispersion efficiency with low heat buildup and consistent particle size distribution.
  • black jade powcarbon 2879f carbon black_e2586b8d
  • black jade powcarbon 2879f carbon black_e2586b8d

Features Of Black Jade PowCarbon 2879F 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 (<0.5%) supporting thermal stability during high-temperature processing.

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

  5. Free-flowing powder form with minimal dust generation, improving handling safety and operational efficiency.

Typical Applications Of Black Jade PowCarbon 2879F Carbon Black

  1. Conductive masterbatches for automotive EMI shielding components.

  2. Antistatic flooring compounds in cleanroom and electronics manufacturing environments.

  3. Reinforcing filler in specialty rubber formulations for industrial hoses and seals.

  4. Pigmentation and UV stabilization in high-performance engineering plastics.

  5. Electrode materials in flexible energy storage devices (e.g., conductive inks and battery binders).

Specifications Of Black Jade PowCarbon 2879F Carbon Black

Chemical TypeAcetylene-based carbon black
Product FormFree-flowing dry powder
AppearanceJet-black granular powder
Primary ApplicationsConductive composites, antistatic systems, reinforcement & pigmentation
Key FeaturesHigh structure, low volatility, excellent dispersibility
Moisture Content (wt%)≤ 0.3%
Ash Content (wt%)≤ 0.1%
Particle Size (TEM, nm)35–42 nm (average)


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