Corporate members   | Links    | contact





RAMON Beijing Research Institute

Fax: +86-10-82525277


Add: Yingu Building, 9# North Circle Road, Haidian District, Beijing, P.R. China 100080  

RAMON Science & Technology Co., Ltd.(Headquarters)

Tel:+86-734-8892112- 8892111        Fax:+86-734-8852098

Sales Email:overseasales@ramon.com.cn

Add:Hi-tech Development Zone, 21# Furong Road, Zhengxiang District, Hengyang, Hunan, P.R. China 421001

Hunan RAMON Science & Technology Co., Ltd.(Changsha Branch Company)

Tel:+86-731-88702053       Fax:+86-731-88702054 

Add:No.349, Fengshu Road, Quantang street, economic and technological development zone, Changsha

 WeChat official account

Applet of WeChat


New material

Page view:


At present, we have mastered several mature preparation processes of graphene (including graphene powder and film)
  1. At present, we have mastered several mature preparation processes of graphene (including graphene powder and film)

  2. All properties of the samples are up to or even better than the domestic advanced level

  3. Technical cooperation has been carried out with domestic and foreign research institutions, upstream and downstream enterprises

  4. Further improve the preparation technology and explore new application fields

Application and development of graphene

Thermal conductivity modification of copper by graphene oxide

In addition to the preparation of graphene oxide by using conventional Hummers, functional graphene oxide such as carboxylated graphene oxide and benzenesulfonated graphene oxide can also be prepared by different additives. Different morphologies and properties can be used for different purposes.

Through the use of graphene to modify copper, reduce the density and enhance the thermal conductivity, thus improving the heat dissipation function of the space reactor heat pipe.

Graphene for heat conducting materials

Taking graphene as the main material, the film, block and sheet are prepared by chemical synthesis and modification;

The use of graphene powder to modify copper, aluminum and other metals has greatly increased its thermal conductivity.

Graphene has a preferred orientation in thermal conductivity, and the best thermal conductivity is perpendicular to the flat (pressure) direction.

Graphene modified composite ceramics

Using graphene powder to modify zirconia composite ceramics, insert graphene sheet into the grain boundary between zirconia particles, and realize the effect of strengthening and toughening by means of sheet pulling, crack deflection, crack bridging, etc. The results show that the bending strength and fracture toughness of the composites with graphene are 20% and 10% higher than those of pure zirconia. In addition, graphene has a preferred orientation in the composite, which is perpendicular to the pressure direction.





Corresponding parameter set not found, please add it in property template of background
Previous article
Next article