On the morning of January 12, the successful announcement of "Joint Announcement on Carbon Fiber In-situ Growth Graphene Production and Signing Ceremony" was held successfully between Beijing Green Power New Energy Co., Ltd. and Beijing North State Power Technology Co., Ltd., marking that both parties will make graphene material preparation With the field should be strong combination, Huairou Science City, deputy director of Xiao Liang, Beijing Biosource Film Technology Co., Ltd. Dr. Liu Qing, Zhongguancun Graphene Alliance Meng Yanfang, deputy general manager of Beijing North States Technology Co., Ltd. Sun Jiu Ming, Beijing Northland Technology Co., Ltd. Marketing Manager Dong Qian Cheng, President of Beijing Green Power Jiaye New Energy Co., Ltd. Wang Min, Vice President of Operation of Green Power Jiaye New Energy Co., Ltd. Chen Zhenming, Vice President of Beijing Green Energy Jiaye New Energy Co., Ltd. Wei attended the signing ceremony.

"Fiber in situ growth of graphene" was developed in the context of a series of problems such as the cost of graphene in the current large-scale industrial application. On the basis of carbon fiber, combined with the characteristics of graphene will be the perfect combination of the two together to improve the conductive properties of carbon fiber and thermal conductivity, make the product more stable, conversion rate, emissivity further improved.

Chopped carbon fiber

After eight months of research, the experts from both sides passed the electronic scanning test of Beijing Institute of Physics and Chemistry, proving that the "fiber in situ growth of graphene" is feasible and successful. Growth of graphene in the carbon fiber standard, by testing the growth of carbon fiber conductivity and thermal conductivity have different growth, can reach 20% to 30%.

In the future, both parties will make hot-plate and various products by means of production technology using carbon fiber in situ growth of graphene. This kind of product has the advantages of fast heating, uniform heating and no attenuation, and the production cost is basically the same with the carbon fiber, and the heating performance and the electric conductivity are not lower than the graphene.

"Carbon fiber in situ growth of graphene" solves the problems of large-scale industrial applications, reducing production costs while retaining the characteristics of graphene. I believe soon, graphene will truly into the homes of ordinary people, applied to millions of households!