In the aspect of powder dispersion, breaking the technical barrier that carbon nanotubes must use conductive paste, the powder produced by the company can be directly added in the homogenization process of lithium ion battery, and the use process is very convenient and concise, carbon nanotubes are dispersed evenly in the positive electrode materials. After years of early research and development work, although the products have only recently started mass production, they have been recognized by the vast number of peers, the product performance is similar to that of similar products abroad and can replace imported products.
KELAIWEI company will continue to invest in top expert teams and research and development funds to devote itself to the research and development of nanomaterials technology and equipment, providing you with nanomaterials products with high stability and high technical standards. In the past 20 years, the R & D team of KELAIWEI company-the expert team led by Professor Sun Xiaogang of Nanchang University has independently researched and developed the production and preparation technology of whisker carbon nanotubes. Our company has invested 0.45 billion in the construction of whisker carbon nanotubes powder project, today's KELAIWEI products have been exported to the world.
KELAIWEI nano carbon materials company has been continuously making efforts in the field of high-end nano materials for more than 20 years. Our company has a complete range of products, huge production capacity, stable product performance and excellent quality. KELAIWEI company has served related enterprises in more than 60 overseas countries. At home, KELAIWEI company actively carries out product cooperation with customers in the industries such as Wanbao new energy, Wanxiang A123 and Jiewei power.
The monthly working meeting of the group company this month was held in the organization. The heads of various enterprises of the group summarized and planned the work of production, research and development, procurement, sales, external communication and publicity, internal learning and promotion of our company in the next month. The general manager of the group affirmed the current work achievements of our company, and pointed out that daily work should be fully integrated with "Lean work" to improve work efficiency and strive to complete the work tasks in 2020.
In the field of high-end lithium ion battery manufacturing, a new material is being rapidly applied, namely carbon nanotubes. Compared with the traditional electric black, the conductivity of carbon nanotubes is one tenth higher than that of the latter, and its weight is very light. It is enough to be added and used in a small amount. Compared with the traditional materials, the use of conductive materials can be reduced by 30%. Therefore, KELAIWEI company expects that the market prospect of carbon nanotubes will be bright and the market demand for carbon nanotubes will rise rapidly.
What are the advantages of Carbon Nanotubes? Carbon nanotubes is a new type of nanomaterials, which has a large number of applications in modern society. Many products use carbon nanotubes. Carbon nanotubes are light in weight and small in volume, but not as good as tens of thousands of hair filaments, carbon nanotubes have good thermal insulation and waterproof properties and can be used to make invisible equipment. Carbon nanotubes have rich mechanical properties, mechanical properties, chemical properties and physical properties, and are vertically arranged in carbon tube arrays.
The technology of postgraduate students in graphene in our country has been continuously improved with the unremitting research of research institutions and scientific research enterprises. Some enterprises have taken advantage of the fact that the general public do not know about graphene to promote it, in order to avoid this abuse, in the middle of 2018, our country formulated a clear guide for graphene-containing products. Graphene can play a role in a wide range of fields mainly because of its own orbital bonding structure type, which vertically arranges carbon tube arrays.
