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.
After more than 20 years of rapid development, Henan KELAIWEI Nano Carbon Material Co., Ltd. has recently built several production lines in the 13000-square-meter Dengfeng plant with the company's capital investment of 0.45 billion yuan. And the related production process, manufacturing equipment, technical patents and so on are independently developed by our company and have relevant patents. Our products are sold to overseas and domestic provinces, and our cooperative customers highly recognize the products of KELAIWEI company.
Hollow carbon sphere nanomaterials, Dengfeng headquarter of Henan KELAIWEI nanomaterials Co., Ltd. welcomes the research and guidance work of director Zhao and deputy director Dong of Municipal People's Congress. All the staff of our company are encouraged by the government's on-the-spot support work of "delivering policies, services, elements and confidence". All the staff of our company are full of energy and insist on prevention and control, improve work efficiency, comprehensively promote the resumption of production, accelerate the progress of various projects, and make new contributions to the economic development of our city.
The basic research of carbon nanotube materials is very important. At present, China is in the dominant position in the preparation and application research of carbon nanotube materials. The carbon nanotube material is very fine, and its conductivity and thermal conductivity are very high. Its hardness is one hundred times that of steel. The higher the purity, the stronger the performance of carbon nanotubes. The technical team of KELAIWEI carbon nanomaterials company will also continue to demand to contribute to the development of nanomaterials in our country.
How to choose the type of infrared heating tube for industrial tunnel furnace? The lamp tube should choose the coated lamp tube, which should be that when the object is heated, the direction of the object is fixed, and the coated heating tube can transmit infrared energy to the heated object, in this way, the heating efficiency is improved and energy is saved. There are semi-gold-plated reflective coating lamp tubes and semi-White-plated reflective layer lamp tubes commonly seen in the market.
Due to the adoption of pickling or low-temperature purification process, the graphitization of ordinary carbon nanotubes is generally below 30%, and the whisker carbon nanotubes are purified at a high temperature of 300℃, and carbon atoms are rearranged at high temperature, with the passage of heat preservation time, the arrangement of carbon atoms is more and more regular, thus the performance in all aspects is better. Generally, the graphitization degree of whisker carbon nanotubes purified at high temperature can be above 80%, the thermal conductivity and conductivity of materials of products with high graphitization degree have been greatly improved, and hollow carbon sphere nanomaterials.
