Cabot BLACK PEARLS 2000 Superconductive Carbon Black
SKU: BP2000
Cabot BLACK PEARLS 2000 Superconductive Carbon Black is a high-structure carbon black with documented 1500 m²/g surface area, 330 mL/100 g DBP absorption and 15 nm particle size for conductive and antistatic formulations.
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Cabot BLACK PEARLS 2000 Superconductive Carbon Black
Material Type: Superconductive Carbon Black
Product Code: BP2000
Brand: Cabot
Product Introduction
BLACK PEARLS 2000 is a furnace-process, high-structure superconductive carbon black. The supplied information documents small particle size, high surface area and conductive or antistatic performance at comparatively low loading in rubber compounds.
Core Features
- High-structure superconductive carbon black
- Surface area of 1500 m²/g by BET-N₂
- DBP oil absorption of 330 mL/100 g
- Documented particle size of 15 nm
- Designed for conductive and antistatic formulations
- Reference EPDM technical data and percolation-curve comparison
Technical Specifications
| Parameter | Specification |
|---|---|
| Product Code | BP2000 |
| Brand | Cabot |
| Product Name | BLACK PEARLS 2000 |
| Material Type | High-structure superconductive carbon black |
| Color Index | Pigment Black 7 |
| CAS Number | 1333-86-4 |
| Process | Furnace black |
| Appearance | Black powder |
| Surface Area | 1500 m²/g |
| Surface Area Test Method | BET-N₂ |
| DBP Oil Absorption | 330 mL/100 g |
| DBP Test Method | ASTM D-2414 |
| Tint Strength | 130% |
| Tint Strength Test Method | ASTM D-3265 |
| Particle Size | 15 nm |
| Particle Size Test Method | Electron microscopy |
| Ash Content | 1.0% maximum |
| Ash Test Method | ASTM D-1519 |
| Pour Density | 144 g/L |
| Pour Density Test Method | ASTM D-1513 |
Performance Data
Applications
- Conductive and antistatic rubber compounds
- Conductive-additive formulations
- Carbon-black blending and percolation studies
- Electrical-resistance and compound-performance evaluation
Note: Comparative technical data depend on the stated test formulation and conditions. Confirm the formulation, loading basis, test method and current-lot specifications for the intended use.
Related Products: Browse the Conductive Additives category and SUPER C65 conductive carbon black.
