Kenjen carbon black

Product Name

^{Name: Kenjen carbon black}

Product Overview

^{The Japanese Lion King Keqin Black Charcoal Black ECP-600JD is a high-performance super conductive carbon black with unique branched and polycrystalline morphology, which is easy to fully contact with active material particles, forming an efficient conductive network. With a small amount of addition, it can achieve high conductivity, effectively reducing the internal resistance of the battery, improving the rate and capacity of the battery. Compared with Carbon ECP and Carbon ECP-200L, Carbon ECP-600JD has the highest conductivity, close to the conductivity of carbon nanotubes. In addition, compared with carbon nanotubes, the Carbon ECP-600JD has a slightly lower level of metal impurities (<30ppm), which is beneficial for preventing self discharge and aging of the battery. As an efficient conductive agent, Carbon ECP-600JD is suitable for positive electrode materials, especially for addition to negative electrode materials and electrode aluminum foil surface coatings. Carbon ECP-600JD is particularly suitable for use in consumer batteries, energy storage batteries, supercapacitors, and more.}

^{Technical Parameter}

^{Type：ECP-600JD}

^{Oil absorption:80-510 ml/100g}

^{Iodine absorption:360 m2/g}

^Water:lt;1%

^{Density:30 g/L}

^{Type：EC-600JD}

^{Oil absorption:80-510 ml/100g}

^{Iodine absorption:360 m2/g}

^{Water:lt;0.5%}

^{Density:10 g/L}

^{Product Features}

^{High purity: ECP-600JD is known for its high purity, ensuring stability and reliability in different applications.}

^{Unique branched morphology: ECP-600JD has a unique branched and polycrystalline morphology, which enables the formation of more conductive contact points between carbon black particles, thereby constructing an efficient conductive network. Excellent conductivity: ECP-600JD is known for its outstanding conductivity performance. Compared with traditional conductive carbon black, its addition amount is significantly reduced, but the conductivity effect is significantly improved. Specifically, it only requires one sixth of the amount of traditional conductive carbon black to achieve the same conductivity.}

^{Low addition amount: Due to the high conductivity of ECP-600JD, its addition amount in practical applications is relatively small, which helps to reduce costs and improve the overall performance of the product.}

^{Good dispersibility: ECP-600JD has good dispersibility in polymers, ensuring uniform distribution of the conductive network, thereby improving the conductivity stability and consistency of the product.}

^{Small impact on mechanical and rheological properties: Due to its low dosage and good dispersibility, ECP-600JD has minimal effect on the mechanical and rheological properties of the polymer during processing, which is beneficial for maintaining the original properties of the product.}

^{Low ash content: ECP-600JD has an extremely low ash content, making it very suitable for applications that require high purity, such as semiconductor cable shielding materials.}

^{Application Fields}

^{Battery field: ECP-600JD is particularly suitable for high-end battery fields such as lithium batteries and nickel hydrogen batteries. In lithium batteries, it can improve the rate performance and capacity of the battery, reduce the internal resistance of the battery, and improve the charging and discharging efficiency. Meanwhile, its high conductivity and low addition amount also contribute to improving the energy density of the battery and reducing costs.}

^{Conductive material: ECP-600JD can be widely used in high-end conductive materials such as conductive plastics, conductive rubber, conductive coatings, and conductive adhesives. These materials have broad application prospects in fields such as electronics, electrical appliances, automobiles, aerospace, etc.}

^{Other fields: ECP-600JD can also be used in packaging materials, pipes, flooring, carpet backing, automotive parts, mobile phones, and other fields for integrated electronic components. In these fields, its high conductivity and stability can significantly improve the performance and quality of products.}

^{Related Information}

^{Please e-mail for the detailed characterization data.}

E-mail:sales@xfnano.com