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HHT-86 is a kind of nano-titanium dioxide(TiO2) prepared by vapor phase method(pyrolysis method). It has the characteristic of ultra-fine size,high purity, high specific surface area and unique anatase and rutile crystal structure. The product is suitable for the field of photocatalysis and can also be used as an effective UV shielding material.
Small particle size, high purity, high specific surface area
Anatase and rutile mixed crystal type, mainly anatase type
Good thermal and chemical stability
Excellent catalytic and photocatalytic efficiency can improve the thermal stability of silicone rubber
No.Q/3201 NTH03-2011(refer to GB/T1706-2006)
Widely used catalyst carrier with high temperature resistance and hydrothermal stability; Photocatalytic self-cleaning building materials; Efficient dye-sensitized solar cells; Heat stabilizers and flame retardants for silicone rubber; Used as binder sintering additives for ceramic and metal materials or additives and row materials for structural parts; Dry coating of materials in lithium-ion batteries to improve the service life of batteries.
Quality score of TiO2, % | unit | Typical value |
Specific surface area (Specific surface area, BET) | m²/g | 50±20 |
PH value in 4% disperison | ≥3.4 | |
loss on drying @ 105° C x2h) | wt.% | ≤1.5 |
loss on ignition @ 1000° C x2h) | g/l | ≤2.5 |
Tamed density | 6.5-8.0 | 140±40 |
TiO2 (TiO2 Content,based on ignited material) | wt.% | ≥99.5 |
Crystal type | ≥50 | Mixed crystal type |
HHT-86 is a kind of nano-titanium dioxide(TiO2) prepared by vapor phase method(pyrolysis method). It has the characteristic of ultra-fine size,high purity, high specific surface area and unique anatase and rutile crystal structure. The product is suitable for the field of photocatalysis and can also be used as an effective UV shielding material.
Small particle size, high purity, high specific surface area
Anatase and rutile mixed crystal type, mainly anatase type
Good thermal and chemical stability
Excellent catalytic and photocatalytic efficiency can improve the thermal stability of silicone rubber
No.Q/3201 NTH03-2011(refer to GB/T1706-2006)
Widely used catalyst carrier with high temperature resistance and hydrothermal stability; Photocatalytic self-cleaning building materials; Efficient dye-sensitized solar cells; Heat stabilizers and flame retardants for silicone rubber; Used as binder sintering additives for ceramic and metal materials or additives and row materials for structural parts; Dry coating of materials in lithium-ion batteries to improve the service life of batteries.
Quality score of TiO2, % | unit | Typical value |
Specific surface area (Specific surface area, BET) | m²/g | 50±20 |
PH value in 4% disperison | ≥3.4 | |
loss on drying @ 105° C x2h) | wt.% | ≤1.5 |
loss on ignition @ 1000° C x2h) | g/l | ≤2.5 |
Tamed density | 6.5-8.0 | 140±40 |
TiO2 (TiO2 Content,based on ignited material) | wt.% | ≥99.5 |
Crystal type | ≥50 | Mixed crystal type |