Appearance: Black powder
COA of CMK-3
Assay:  99.6%
Particle length:  1.0μm Complies
Particle width:  500-600 nm
Technique Data of CMK-3
BET Specific Area(m2/g):  ≥900
Pore Volume (cm3/g): 1.2-1.5
Pore Diameter(nm) :  3.8-4
Micro Pore Volume(cm3/g): 0.29
Characterization

SEM

SEM

SEM

SEM

SEM

SEM

Application of CMK-3
1. catalyst carrier; 
2. capacitor electrode; 
3. drug loading; 
4. nanoreactor;
5. macromolecular adsorption; 
6. biosensor; 
7. energy storage and hydrogen storage carrier
Description About CMK-3 
Mesoporous carbon is a new type of non-silicon-based mesoporous material with a huge surface area and pore volume. It is quite hopeful that it will be applied in catalyst carriers, hydrogen storage materials, electrode materials, etc.. Therefore people think highly of CMK-3. In addition, the electric charge capacity of the electric double layer capacitor material made by the mesoporous material is higher than that of the metal oxide particle assembled, and is much higher than the commercially available metal oxide electric double layer capacitor. Compared with pure mesoporous silicon materials, mesoporous carbon materials present its special properties, high specific surface area and high porosity; pore size can be adjusted within a certain range; mesoporous shapes are diverse, pore wall composition, structure and properties are Adjustable; high thermal stability and hydrothermal stability can be obtained by optimizing the synthesis conditions; the synthesis is simple, easy to operate, and has no physiological toxicity. Its attractiveness lies in its potential application in the fields of fuel cells, molecular sieves, adsorption, catalytic reactions, and electrochemistry. In recent years, mesoporous materials science has become one of the hot research fields across the world, involving in chemistry, physics, materials, biology and other disciplines, and has become an important milestone in the development of materials science.