Product Details:
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Characteristics: | High Photocatalytic Activity | TiO2 Content: | ≥99% |
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Particle Size (nm): | 10 Nm | Application: | Battery |
Surface Treatment Agent: | Anatase | Appearance: | White Powder |
Highlight: | Nano Titanium Dioxide Anatase Grade,10nm Nano Titanium Dioxide,titanium dioxide anatase grade HTTi-01-B |
1317-80-2 Anatase Battery 10 nm High Photocatalytic HTTi-01-B Nano Grade Titanium Dioxide
Nano Grade Titanium Dioxide HTTi-01-B Application
Widely used in air purification and sewage treatment, especially for battery.
Nano Grade Titanium Dioxide HTTi-01-B Properties
Model |
Content of Titanium Oxide (%) |
Average of the Particle Size (nm) |
Specific Surface Area (m2/g) |
Crystal /Surface Treatment Agent |
Characteristics |
HTTi-01-S | ≥99 | 10 | ≥60 | Anatase | high photocatalytic activity |
HTTi-01-SA | ≥99 | 10 | ≥200 | Anatase | high photocatalytic activity, good dispersion |
HTTi-01-B | ≥99 | 10 | ≥40 | Anatase | especially for battery |
HTTi-01-D | ≥99 | 5 | ≥280 | Anatase |
large specific surface, high photocatalytic activity |
HTTi-01-W | ≥94 | 10 | ≥60 |
Anatase, doped WO3 |
extremely high photocatalytic activity |
HTTi-01-Z | ≥94 | 10 | ≥60 |
Anatase, doped ZnO |
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Nano Grade Titanium Dioxide HTTi-01-B Characteristics
HTTi-01 is a nano powder made of nano TiO2 mixed with some metal or metal oxide, which crystal is anatase, and it may be used for producing photocatalyst. Under the illumination of light of less than 400 nm, the valence electrons of this powder are sent to the conduction band to put the electron and cavity in action with O2 and H2O absorbed on their surface and produce superoxide anion radicals. These radicals have the function of decomposing hazardous gas and organic pollutants through photo catalysis and antisepsis through photo catalysis. Moreover, this product is characterized by low cost, good stability, high photocatalytic activity and wide range of absorption of light wave. HTTi-01-W and HTTiP-C15A has the highest catalytic activity, which can be used in the field of decomposition the automobile exhaust, increasing fuel combustion efficiency and sewage treatment, etc.
Contact Person: Ms. Susan
Tel: 86-15589867839
Fax: 86-532-89088579