According to the product characteristics of high graphitization degree and electrical conductivity of whisker carbon nanotubes, the company has developed the far infrared transmitting paper of whisker carbon nanotubes, which has wide application temperature range and fast heating speed, the R & D personnel of the company have mastered the manufacturing tips of far infrared heating paper through long-term technical exploration, and have professional preparation technology of far infrared heating paper, the corresponding development of heating paper can be carried out according to different application scenarios, and different heating paper products can be customized according to customer requirements.
KELAIWEI Group has researched and developed for more than 20 years in order to realize the high performance and high stability of domestic carbon nanotube materials. From the establishment of the project by R & D personnel 20 years ago to 2020, all the staff of KELAIWEI group have spent 0.45 billion yuan to construct the project of processing and producing 300 tons of whisker carbon nanotube powder annually through hard work. Our new products and technologies will also be presented to our partners at the International Exhibition of heat conduction and heat dissipation materials and equipment held in Shenzhen Convention and Exhibition Center.
The proportion of lithium battery nano carbon tube, KELAIWEI nano carbon material company from technical experts team, production workshop center, after-sales maintenance center and other departments to draw backbone strength to form the product after-sales center, in order to quickly respond to the needs of cooperative customers. Our company not only has a strict quality control system to ensure the quality and quality of ex-factory products, but also has an efficient logistics system and after-sales service system, so that customers can receive goods without worry and after-sales without worry.
In special times, we should strive more. In April, our company held a symposium to consolidate the promotion year. The sales directors and advanced sales representatives of each center communicated and learned with each other, and everyone spoke freely, analyzed the current product sales situation, problems and solutions, and the chairman of the board fully affirmed everyone's work achievements, at the same time, we also encourage everyone to learn from first-class enterprises such as Huawei and Alibaba, and do a good job in our annual sales in 2020.
Henan KELAIWEI Nano Carbon Material Co., Ltd. will briefly introduce carbon nanotubes to you today. Carbon nanotube materials were first discovered in coking materials of ethylene cracking furnaces in the last century. The ultra-high strength of carbon nanotubes can be 100 times that of steel, and at the same time it has good electrical and optical characteristics. After being used as the battery anode additive, it can reduce 30% of the conductive materials, and filling the anode of the required materials can greatly improve the battery capacity.
What are the main products of Henan KELAIWEI Nano Materials Co., Ltd. in terms of the proportion of lithium battery nano carbon tubes? KELAIWEI research and development center has successively developed various types of whisker carbon nanotube materials, far infrared heating paper and other products. KELAIWEI company has absolute independent intellectual property rights of related products, which is obtained by Henan KELAIWEI nanomaterials company after more than 20 years of technological research and development, with stable performance and high output. Please feel free to use it.
Graphene is a kind of substance that naturally exists, and the accumulation of layers of graphene becomes the graphite we know everyday. With the progress of human technology, we have further separated a single-layer structure from nature, and then graphene is the substance. Graphene is generally not suitable to be used as a separate conductive agent. At the same time, flaky graphene is easy to block lithium ions, and lithium ions cannot pass through the layers. The conductive path is long, and at the same time, the edge of graphene is easy to hang functional groups, it is not conducive to improving electrode conductivity.
