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

Cabot Black Pearls 1180HD Carbon Black

Cabot Black Pearls 1180HD Carbon Black is a high-structure, low-surface-area furnace black engineered for premium conductivity and dispersion in demanding elastomer and plastic applications. Part of Cabot’s Black Pearls® series, it delivers exceptional reinforcement, jetness, and rheological control—ideal for automotive parts, cables, and EMI shielding compounds where consistent performance and processing efficiency are critical.
  • cabot black pearls 1180hd carbon black_139af808
  • cabot black pearls 1180hd carbon black_139af808

Features Of Cabot Black Pearls 1180HD Carbon Black

  1. High structure morphology for exceptional conductivity and reinforcement in conductive composites.

  2. Optimized particle size distribution to enhance dispersion stability and reduce viscosity in demanding polymer systems.

  3. Low surface oxygen content for improved thermal stability and compatibility with high-temperature processing.

  4. Consistent batch-to-batch performance ensured by Cabot’s proprietary furnace process control.

  5. Low ash and low sulfur content supporting stringent regulatory requirements for automotive and electronics applications.

Typical Applications Of Cabot Black Pearls 1180HD Carbon Black

  1. Conductive masterbatches for automotive interior components (e.g., fuel system parts, static-dissipative trim).

  2. EMI shielding compounds in consumer electronics enclosures and connectors.

  3. Antistatic polyolefin and engineering thermoplastic formulations for industrial packaging and fluid handling.

  4. High-performance rubber compounds requiring balanced electrical conductivity and mechanical reinforcement.

Specifications Of Cabot Black Pearls 1180HD Carbon Black

Chemical TypeFurnace carbon black
Product FormPelleted (free-flowing)
AppearanceBlack granular solid
Primary ApplicationsConductive plastics, antistatic polymers, EMI shielding, specialty rubber
Key FeaturesHigh structure, low surface oxygen, narrow particle size distribution
BenefitsEnhanced dispersion, improved electrical conductivity, excellent thermal stability
Typical DBP Absorption125–135 mL/100 g
Typical Iodine Adsorption Number75–85 mg/g


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