Graphene technology
Graphene, a two-dimensional and single atomic thick plane, is the building unit of graphite. Since the discovery of free-standing graphene, Its unique properties have been attracted more attention for application in various areas such as field effect transistors, sensors, and electro mechanical resonators. Recently, graphene and graphene-based materials have been selected as electrode material so energy-related devices, and quite promising results have been obtained.
Contin is devoted to develop the advanced material since it is established. With several years research, Contin has made great progress of Graphene-based products used in supercapacitor, thermal transfer material and solar cell.
CC-23 series graphene-based electrode material
- For supercapacitors, solar cell, RLB, EDLC
- Three-dimensional carbon nanotube/graphene sandwich structures with CNT pillars grown in between the graphene layers
- High-rate transportation of electrolyte ions and electrons, excellent electric transmitefficiency
- Enhancedcapacitive activity and good cycling performance than that of graphite in RLBs
- The encapsulation of metal or metal oxide nanoparticles with graphene can improve significantly the cycling performance of the particles as anode in RLBs.
- Enhancedpower density and capacitance of EDLC can be achieved via the incorporation of graphene into the electrode.
CC-24 graphene thermal sheet
- Very high thermal conductivity
- Different thickness for strict requirements
- Easy to use, applicable for different size
CC-25 graphene film
- Alternative electrode material of ITO and FTO in solar cell and other optoelectronics
- Good transparency
- High conductance
- Easy to use
