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No Identification Technical data Reference
Materials Manufacturer Model Size(um) Note Charactrization(Properties) data Note
962 SiO2 IOTA Silicone Oil IOTA FINE SIL515 3 Fumed silica Purity(%) > 90 - 바로가기
3 Fumed silica Moisture(%) 4~8 -
3 Fumed silica pH 6.5-7.5 -
3 Fumed silica Specific surface area (m2/g) 200-220 -
3 Fumed silica Iron Content(ppm) < 300 -
961 SiO2 IOTA Silicone Oil IOTA FINE SIL365 8 Fumed silica Purity(%) > 90 - 바로가기
8 Fumed silica Moisture(%) 4~8 -
8 Fumed silica pH 6.5-7.5 -
8 Fumed silica Specific surface area (m2/g) 180-200 -
8 Fumed silica Iron Content(ppm) < 300 -
960 SiO2 IOTA Silicone Oil IOTA FINE SIL360 8 Fumed silica Purity(%) > 90 - 바로가기
8 Fumed silica Moisture(%) 4~8 -
8 Fumed silica pH 6.5-7.5 -
8 Fumed silica Specific surface area (m2/g) 180-200 -
8 Fumed silica Iron Content(ppm) < 500 -
959 SiO2 IOTA Silicone Oil IOTA FINE SIL325 35 Fumed silica Purity(%) >90 - 바로가기
35 Fumed silica Moisture(%) 4~8 -
35 Fumed silica pH 6.5-7.5 -
35 Fumed silica Specific surface area (m2/g) 160-180 -
35 Fumed silica Iron Content(ppm) < 1000 -
958 Hollow glass sphere Nanjing High Technology Nano Material K1 - - Crush Strength (psi) 250 바로가기
- - Minimum Fractional Survival (%) 80
- - Density(g/cm3) 0.125 True density
- - Size (um) 65 by volume
957 Hollow glass sphere Nanjing High Technology Nano Material HGS 3000 - - Density (g/cm3) 0.45 ~ 0.55 True density 바로가기
- - Density (g/cm3) 0.27 ~ 0.30 Bulk Density
- - Strength under hydrostatic compression (psi) 3000
- - % Undestroyed microspheres 80 Miniumum
- - % Undestroyed microspheres 90 Typically
- - Residue not more than (%) 5
- - Humidity mass fraction (%) 0.3/0.5
956 ZnO Nanjing High Technology Nano Material 5810HT 0.02 Purity(%) >99 바로가기
0.02 Specific surface area(m2/g) 40
0.02 Density(g/cm3) 0.1~0.2 Bulk density
0.02 pH 6.5~7.5
0.02 Loss on drying(%) < 1.0 110°C, 2h
0.02 Loss on Calcination < 3.0 850°C, 2h
955 ZnO Nanjing High Technology Nano Material 5812HT 0.03 Purity(%) > 98 바로가기
0.03 Specific surface area(m2/g) > 8
0.03 Density(g/cm3) 0.4~0.6 Bulk density
0.03 Loss on drying(%) < 1.0 110°C, 2h
0.03 Loss on Calcination < 3.0 850°C, 2h
954 ZnO Nanjing High Technology Nano Material 5811HT 0.03 Purity(%) 99 바로가기
0.03 Specific surface area(m2/g) > 15
0.03 Density(g/cm3) 0.2~0.4 Bulk density
0.03 pH 5.5~6.5
0.03 Loss on drying(%) < 1.5 110°C, 2h
0.03 Loss on Calcination < 2.0 850°C, 2h
953 ZnO Nanjing High Technology Nano Material 5816HT 0.8 Purity(%) > 99 바로가기
0.8 Specific surface area(m2/g) <5
0.8 Density(g/cm3) 0.3~0.4 Bulk density
0.8 pH 6.0~7.0
0.8 Loss on drying(%) < 1.0 110°C, 2h
0.8 Loss on Calcination < 5.0 850°C, 2h
952 TiO2 Nanjing High Technology Nano Material 5484WJ 0.02~0.05 Purity(%) 99.8 바로가기
0.02~0.05 Specific surface area(m2/g) 20~50
0.02~0.05 Density(g/cm3) 0.49 Bulk density
951 TiO2 Nanjing High Technology Nano Material 5429HT 0.5 Purity(%) >99.9 바로가기
0.5 Specific surface area(m2/g) > 2
0.5 Density(g/cm3) 0.6~1.0 Bulk density
0.5 pH 5.5~6.5
0.5 Loss on drying(%) < 0.3 110°C, 2h
0.5 Loss on Calcination < 0.5 850°C, 2h
950 TiO2 Nanjing High Technology Nano Material 5419HT 0.02 Purity(%) >99 바로가기
0.02 Specific surface area(m2/g) > 5
0.02 Density(g/cm3) 0.4~0.5 Bulk density
0.02 pH 5.5~7.0
0.02 Loss on drying(%) < 1 110°C, 2h
0.02 Loss on Calcination < 2 850°C, 2h
949 TiO2 Nanjing High Technology Nano Material 5421ZH 0.005 Anatase Purity(%) 99.9 Bulk density 바로가기
0.005 Anatase Specific surface area(m2/g) 260
0.005 Anatase Density(g/cm3) 0.25 Bulk density
948 TiO2 Nanjing High Technology Nano Material 5417HT 0.01 Anatase Purity(%) >99 바로가기
0.01 Anatase Specific surface area(m2/g) > 60
0.01 Anatase Density(g/cm3) 0.2~0.3 Bulk density
0.01 Anatase pH 5.5~7.0
0.01 Anatase Loss on drying(%) < 2 110°C, 2h
0.01 Anatase Loss on Calcination < 5 850°C, 2h
947 Hollow glass sphere Nanjing High Technology Nano Material HGS 1500 - - Density (g/cm3) 0.35 ~ 0.45 True density 바로가기
- - Density (g/cm3) 0.21 ~ 0.27 Bulk Density
- - Strength under hydrostatic compression (psi) 1500
- - % Undestroyed microspheres 80 Miniumum
- - % Undestroyed microspheres 90 Typically
- - Residue not more than (%) 5
- - Humidity mass fraction (%) 0.3/0.5
946 TiO2 Nanjing High Technology Nano Material 5430MR 0.015 Anatase Purity(%) 99 바로가기
0.015 Anatase Specific surface area(m2/g) 60~80
0.015 Anatase Density(g/cm3) 0.04~0.06 Bulk density
0.015 Anatase Density(g/cm3) 3.9 True density
0.015 Anatase TEM 확대보기
0.015 Anatase XRD 확대보기
945 TiO2 Nanjing High Technology Nano Material 5416HT 0.005 Purity(%) >99 바로가기
0.005 Specific surface area(m2/g) > 280
0.005 Density(g/cm3) 0.2~0.3 Bulk density
0.005 pH 5.5~7.0
0.005 Loss on drying(%) < 7 110°C, 2h
0.005 Loss on Calcination < 13 850°C, 2h
944 SiO2 Nanjing High Technology Nano Material 4831HT 0.02 Purity(%) >99 바로가기
0.02 Specific surface area(m2/g) > 120
0.02 Density(g/cm3) 0.03~0.05 Bulk density
0.02 pH 5.5~6.5
0.02 Loss on drying(%) < 6.0 110°C, 2h
0.02 Loss on Calcination < 10 850°C, 2h
943 SiO2 Nanjing High Technology Nano Material 4830HT 0.02 Specific surface area(m2/g) > 120 바로가기
0.02 Density(g/cm3) 0.03~0.05 Bulk density
0.02 pH 5.5~6.5
0.02 Loss on drying(%) < 6.0 110°C, 2h
0.02 Loss on Calcination <10 850°C, 2h
0.02 TEM 확대보기
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