In the next three years of planning, 3 new products will be developed and 3 new products will be applied. At present, there are 3 new research and development projects that KELAIWEI is studying and 3 technological transformation projects are to be carried out, and efforts are made to develop new applications of nano-carbon materials. With the strong support of the group company, the R & D work of KELAIWEI is running in a benign, high-quality and efficient way. The R & D of KELAIWEI will be steadily promoted to help KELAIWEI get better and better.
Since its establishment, KELAIWEI nano carbon materials have been "standing" with the world relying on advanced technology. Science and technology opens the future. Clevere company is professional and focuses on the research and manufacture of high-end carbon nanomaterials. The expert team led by Professor Sun Xiaogang of Nanchang University is committed to becoming the leader of high-end carbon nanomaterials industry. Our products have applied for hundreds of patents and have been recognized by enterprises in more than 60 countries around the world. KELAIWEI will continue to invest in technology to promote product research and development and provide you with high-end carbon nanomaterials.
The batch production line equipment of far infrared heating paper independently developed, processed and prepared by Henan KELAIWEI Nano Carbon Material Co., Ltd. has achieved an annual capacity of 60 tons, and our company is fully capable of expanding the production capacity of far infrared heating paper at any time to meet the huge demand of customers for far infrared heating paper. In addition, our company spent 0.45 billion yuan to design and develop the whisker carbon nanotube powder engineering project, which will achieve an annual production capacity of 300 tons.
In order to enliven the working atmosphere of enterprise employees and care for their lives, KELAIWEI company holds the reading contest this reading contest has rich contents, including warm heart stories, ancient classic poems and contemporary prose notes, have the heroic deeds of the revolutionary warriors of the motherland...... The staff of KELAIWEI company are a group of lovely people, including the post-70s and the post-90s. They come from all over the world. They are a group of brave soldiers who have made brilliant achievements. The carbon crystal heat pad is not heated evenly.
Carbon nanotubes material is an important material in the high-end manufacturing field, but due to different manufacturing methods, the purity of carbon nanotubes obtained is also uneven, however, the performance of high purity carbon nanotubes is more excellent. At present, researchers of nanomaterials in the world are conducting in-depth research, in order to obtain super-pure carbon nanotubes Henan KELAIWEI Nano Carbon Material Co., Ltd. has made another breakthrough progress in the field of whisker carbon nanotubes, and the heating of carbon crystal ground heat cushion is uneven.
Is the product produced by Henan KELAIWEI nanomaterials Co., Ltd. self-produced? Or the agent of another company? Do you have independent intellectual property rights? Henan KELAIWEI nanomaterials CO., LTD. Is a manufacturer of nanomaterials. Our company has built a 13,000-square-meter factory in Dengfeng city, where Shaolin Temple is located. The products we sell are completely researched and developed by ourselves, owning all intellectual property rights, it can fully ensure the high quality and stable performance of the products produced by KELAIWEI.
In the ideal situation, carbon nanotubes belong to SP2 hybridization. Because & pi; The movement of electrons produces electrical conductivity, SP3 and SP hybridization is introduced at the bending place of carbon nanotubes, which affects the electrical conductivity of the product, the whisker carbon nanotubes belong to linear structure, and the product has few structural defects. The defective SP3 and SP are hybrid, and the conductivity of carbon nanotubes can be brought into play to a greater extent, and the conductivity of the product is better, when used in composite materials, the conductivity of materials can be significantly improved.
