Sodium titanate nanoribbonsProduct Name NameSodium titanate nanoribbons Product Overview The crystal structure of alkali metal titanates such as sodium titanate (Na2Ti3O7) is composed of Ti O6 octahedra with common edges and vertices, forming a layered structure. The gaps between layers are occupied by Na+, which can be easily replaced by protons or various metal ions (Li+, Co+, Cd2+, Ru3+, etc.). Therefore, Na2Ti3O7 has a wide range of applications in the adsorption of

which is conducive to adsorption and catalytic reactions

Controllable particle size: By adjusting reaction conditions such as reactant concentration

Fullerene carbon spheres have relatively good graphitization structure with small size

such as macromolecular drugs

Tissue engineering: CVD technology can prepare materials with high biocompatibility and biological activity

which attracted widespread attention and won them the 2010 Nobel Prize in Physics

Catalytic materials: Silver nanoparticles have potential applications in catalysis

pipe diameter:0-30nm

Fluorinated graphene with a C/F ratio of ¡ãC1 has excellent thermal stability and is an insulator for both electricity and heat

In the CVD process

Static bibulous value：≥32%

Corrosion resistance: It has a certain tolerance to many chemical substances