Structural differences between carbon nanotubes and graphene oxide Henan KELAIWEI actively expands industrial application of whisker carbon nanotubes
Henan KELAIWEI nanomaterials CO., LTD. Has established a strict quality supervision and service system. In order to ensure that every customer of clevere receives warm, sincere, professional, dedicated, honest and high-quality service, we have specially established corresponding service level agreement. At the same time, KELAIWEI company will verify and confirm the service through a third-party questionnaire. If you have any dissatisfaction, please tell Henan KELAIWEI Nano Carbon Material Co., Ltd., and we will continuously improve the working methods for you.
Henan KELAIWEI Nano Carbon Material Co., Ltd pays attention to the rapid growth of new employees, quickly integrates into the KELAIWEI family, and quickly invests into our daily work. Recently, the safety and environment department of our company has carried out production skills training and safety knowledge training for new employees in the production department and the new employees in the electrical and mechanical department. The growth and rapid development of our company need the participation of new employees, who inject new strength into our company's take-off.
What is the structural difference between carbon nanotubes and graphene oxide? Carbon nanofibers are a new type of nanomaterials. Nanometer carbon fiber has rich characteristics: light mass low density, large aspect ratio (100 nm -500 nm), diameter 50 nm -200 nm, stable and strong electrical conductivity, etc, moreover, the production cost is much lower than that of carbon nanotube materials, which is easier to be manufactured in batches and has higher output.
A wearable equipment research and manufacturing company in Hong Kong once learned from the Shanghai Convention and Exhibition Center that the purity of the power whisker carbon nanotubes produced by Henan KELAIWEI Nano Carbon Material Co., Ltd. is over 95.950%, and the graphitization degree is over 65%, the thermal conductivity of a single root is not less than 1200...
2021-07-11