Ketjenblack Equivalent Nano Conductive Carbon Black CAS 1333-86-4 for Supercapacitor Fuel Cell
Ketjenblack Equivalent Nano Conductive Carbon Black, CAS 1333-86-4, is high-performance conductive material tailored for supercapacitors and fuel cells.
It features highly developed porous and branched nanostructure, which provides abundant conductive channels and large specific surface area. This carbon black facilitates efficient electron transfer and electrolyte penetration. When used in electrodes, it boosts specific capacitance of supercapacitors and acts as excellent catalyst support for
Ketjenblack Equivalent Nano Conductive Carbon Black CAS 1333-86-4 Product Detail Page
(Pure English, no tables, SEO optimized for independent website, new energy industry)
Product Overview
Ketjenblack Equivalent Nano Conductive Carbon Black, CAS 1333-86-4, is premium conductive carbon material developed for supercapacitors and fuel cells.With highly developed branched porous nano-structure, this carbon black possesses large specific surface area and abundant conductive pathways. It enables efficient electron transmission and sufficient electrolyte infiltration inside electrode layers. For supercapacitors, it effectively elevates specific capacitance and rate performance. For fuel cells, it works as outstanding catalyst carrier to improve catalytic reaction efficiency. The product shows excellent dispersibility in various slurry systems and stable electrochemical characteristics. It is a high-quality and economical domestic substitute of Ketjenblack for new energy component manufacturers.
Product Properties
The product is fine black nano powder with intricate chain aggregate structure. It features high conductivity, abundant pore structure and low harmful impurity content. It maintains stable chemical properties under the working environment of supercapacitors and fuel cells without generating side reactions. It is easy to disperse in aqueous and organic solvent slurry, and keeps consistent performance during electrode mixing, coating and curing processes.
Core Advantages
Highly developed porous structure. Offers ample active sites and channels for electron conduction and electrolyte penetration.Excellent conductive capacity. Significantly reduce electrode internal resistance, optimize energy transmission efficiency.Great performance as catalyst support. Uniformly load catalysts for fuel cells and enhance catalytic utilization efficiency.Promote supercapacitor performance. Improve specific capacitance, power density and cycle stability.Outstanding slurry dispersibility. Reduce agglomeration, support uniform electrode coating.Ketjenblack equivalent grade. Realize reliable performance substitution with competitive cost benefits.
Main Applications
This nano conductive carbon black is suitable for supercapacitor and fuel cell fields. Widely used in electric double layer supercapacitor electrodes, pseudocapacitance electrode materials, proton exchange membrane fuel cells, hydrogen fuel cell catalyst carriers and other new energy devices.
Usage Guidance
Add the nano conductive carbon black at the early stage of slurry preparation. Complete sufficient stirring and grinding together with active materials, binders and solvents to achieve homogeneous dispersion.Adjust the addition dosage according to electrochemical design targets. Carry out small-batch performance testing before mass production application.
Packing & Storage
Standard package: 10kg / 20kg kraft paper bag with inner plastic liner. Sample packages are available for laboratory testing.Seal tightly and store in cool, dry and ventilated warehouse. Avoid moisture absorption. Keep far away from open flame, high temperature and strong oxidants. Prevent package breakage during transportation.
Our Service
We provide stable bulk supply of Ketjenblack Equivalent Nano Conductive Carbon Black CAS 1333-86-4. Technical indicators can be adjusted to match different supercapacitor and fuel cell formulation requirements. Free samples are available for electrochemical evaluation. Our technical team offers professional guidance on slurry formulation, manufacturing process and performance optimization.
Previous : CAS 1333-86-4 High Structure Nano Carbon Black for Lithium Battery Electrode Conductive Additive
Next : Nano Conductive Carbon Black CAS 1333-86-4 ESD Additive for Conductive Plastic Antistatic Masterbatch
Copy product links
Long by picture save/share
Add Successfully
Add Successfully
Jishengya Technology
Shenzhen Jishengya Technology Co., Ltd. is located in Shenzhen, a special economic zone, and is a comprehensive technology enterprise integrating independent R&D, production and sales.
点击右上角
分享给朋友吧
Copyright © 2005-2026 Shenzhen Jishengya Technology Co., Ltd. All Rights Reserved.
