Conductive Carbon Black is a specialized carbon material with excellent electrical conductivity, composed primarily of carbon with trace amounts of nitrogen, silicon, and oxygen.
Widely used in lithium-ion batteries, rubber, plastics, cable shielding, and conductive inks, it significantly enhances electrical conductivity, anti-static properties, and mechanical strength.
Our Conductive Carbon Black is manufactured using advanced production technology, featuring high purity, low resistivity, and superior dispersibility. It meets international environmental standards including RoHS and REACH, and offers customized solutions for various industrial applications.
1. Superior Conductivity
Ultra-low resistivity (0.05-0.25 Ω·cm), outperforming standard carbon black (1-10 Ω·cm)
Branched-chain structure forms efficient conductive networks, reducing required dosage (1/3-1/6 of conventional carbon black)
2. High Purity & Stability
Metal impurities (Fe, Ni, Cu) ≤1ppm, ideal for precision electronics
Thermal stable up to 200°C+, with excellent oxidation resistance
3. Outstanding Dispersibility
Surface-treated for uniform dispersion in polymers, rubbers, and electrolytes
Compatible with high-shear processing (extrusion, injection molding)
4. Eco-Friendly & Safe
Non-toxic, non-corrosive, compliant with RoHS & REACH
Non-flammable (flash point >73°C), safe for storage/transport
|
Product Code |
Type |
Purity |
Resistivity (Ω·cm) |
Surface Area (m²/g) |
Applications |
|
CCB-100 |
Acetylene Black |
≥99.9% |
0.14 |
39 |
Li-ion Batteries, Silicone Rubber |
|
CCB-200 |
Furnace Black |
≥99.5% |
0.25 |
120-130 |
Conductive Plastics, Cable Shielding |
|
CCB-300 |
Ultra-Conductive |
≥99.99% |
0.05 |
1400 |
High-End Electronics, Anti-Static Materials |
Custom particle sizes (30-100nm), forms (powder/granules), and packaging (25kg/bag, 200kg/drum) available.
1. Standard Conductive Grade
- Typical Grades: XC-72, BP2000
- Resistivity: 10-100 Ω·cm
- Surface Area: 250-300 m²/g
- Applications: Antistatic coatings, general conductive plastics
2. High Conductive Grade
- Typical Grades: Ketjenblack EC-600JD, Super P Li
- Resistivity: 0.1-10 Ω·cm
- Surface Area: 800-1400 m²/g
- Applications: Lithium battery electrodes, premium conductive composites
3. Ultra-Conductive Grade (Nano-Level)
- Typical Grades: CNT (Carbon Nanotube blended), VGCF
- Resistivity: <0.1 Ω·cm
- Key Feature: Low loading requirement (1-3% for conductivity)
- Applications: High-precision electronics, aerospace materials
4. Specialty Modified Grade
- Features: Surface-treated (e.g., oxidized)
- Advantage: Enhanced dispersion in polymer matrices
- Applications: Medical sensors, flexible electronics
- Cathodes (LFP, NCM, LCO): Enhances conductivity & charge/discharge efficiency
- Anodes (Graphite/Si-C): Mitigates volume expansion, extends cycle life
- Solid-State Batteries: Improves electrode-electrolyte interface
- Anti-static rubber (conveyor belts, shoe soles, medical devices)
- Conductive plastics (electronic housings, automotive parts, EMI shielding)
- HV cables (110kV/220kV): Replaces imports with superior shielding
- Semi-conductive layers: Equalizes electric field distribution
- Conductive inks (PCBs, flexible electronics)
- Anti-static coatings (aerospace, military)
Technical Leadership
Proprietary acetylene pyrolysis and high-purity furnace processes
CCB-300 Ultra-Conductive Black rivals global brands
Quality Assurance
Batch-specific COA with moisture ≤0.05%, ash ≤0.01%
ISO 9001 & IATF 16949 certified for automotive/electronics
Custom Solutions
Adjustable particle size, surface area, DBP absorption
Pre-dispersed slurries for direct application
- Bulk shipments save 15-20% on freight
- Inventory management support
- MOQ 1 ton, bulk discounts available
- Flexible payment terms
- Global shipping by sea/air/land
- Multiple packaging options
- Stock available for quick shipment
- Just-in-time delivery options
