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No Identification Technical data Reference
Materials Manufacturer Model Size(um) Note Charactrization(Properties) data Note
1082 SiO2 Tangshan Caofeidian Taihongshengda New Material - 0.02~0.05 - Purity(%) >99.5 - Construction and Building Materials 244 (2020) 118297
0.02~0.05 - Specific surface area(m2/g) 640 ±60 -
0.02~0.05 - TEM 확대보기 -
1081 ZrO2 Suzhou Fuer Import & Export Trade - 0.015 - SEM 확대보기 - Materials Research vol.13 no.4
0.015 - Purity(%) >99.9 -
0.015 - Specific surface area(m2/g) 163±20 -
0.015 - Density(g/cm3) <0.1 -
0.015 - XRD 확대보기 -
0.015 - Purity(%) >99.9 -
0.015 - Specific surface area(m2/g) 169 -
0.015 - Density(g/cm3) <0.16 -
0.015 - XRD XRD20 -
0.015 - SEM SEM32 -
0.015 - Purity(%) >99.9 -
0.015 - Specific surface area(m2/g) 155 -
0.015 - Density(g/cm3) <0.15 -
1080 ZnO SSNANO 8416DX 0.2~0.8 High Purity Purity(%) 99.999 - 바로가기
0.2~0.8 High Purity Density(g/cm3) 5.606 True density
1079 ZnO SSNANO 8410DL 0.01~0.03 - TEM 확대보기 - 바로가기
0.01~0.03 Treated with silane coupling agents Purity(%) 99.8 -
0.01~0.03 - Specific surface area(m2/g) 30~50 -
1078 TiO2 SSNANO 7918DL 0.01~0.03 Anatase + Rutile Purity(%) 99.5 - 바로가기
0.01~0.03 Anatase + Rutile Specific surface area(m2/g) 50~100 -
0.01~0.03 Anatase + Rutile Density(g/cm3) 4.23 True density
0.01~0.03 Anatase + Rutile SEM 확대보기 -
1077 SiO2 SSNANO 6807NM 0.01~0.02 Porous silica Purity(%) 99.5 - 바로가기
0.01~0.02 Porous silica Specific surface area(m2/g) 640 -
0.01~0.02 Porous silica Porosity(mL/g) 0.6 -
0.01~0.02 Porous silica Density(g/cm3) 0.08~0.1 Bulk density
0.01~0.02 Porous silica TEM 확대보기 -
1076 MgO SSNANO 4800DL 0.01~0.03 - TEM 확대보기 - 바로가기
0.01~0.03 - Purity(%) >99.9 -
0.01~0.03 - Specific surface area(m2/g) 15 -
0.01~0.03 - Density(g/cm3) 0.1 Bulk density
1075 Fe3O4 SSNANO 3320DX 0.02~0.03 - TEM 확대보기 - 바로가기
0.02~0.03 - Purity(%) >98 -
0.02~0.03 - Specific surface area(m2/g) 40~60 -
0.02~0.03 - Density(g/cm3) 0.84 Bulk density
0.02~0.03 - Density(g/cm3) 4.8~5.1 True density
1074 CaCO3 SSNANO 1951RH 0.015~0.04 - TEM 확대보기 - 바로가기
0.015~0.04 - Purity(%) >97.5 -
0.015~0.04 - Density(g/cm3) 0.68 bulk density
0.015~0.04 - pH 8.0~9.0 -
0.015~0.04 - Moisture(%) 0.5 -
1073 Hollow glass sphere Nanjing High Technology Nano Material K37 - - Crush Strength (psi) 3000 바로가기
- - Minimum Fractional Survival (%) 80
- - Density(g/cm3) 0.37 True density
- - Size (um) 45 by volume
1072 Al2O3 SSNANO 1317NH 0.15 Alpha SEM 확대보기 - Aluminum Oxide Nanoparticles/Nanopowder (Al2O3, 99%, 150nm) (ssnano.com)
0.15 Alpha Purity(%) 99 -
0.15 Alpha Specific surface area(m2/g) 10 -
0.15 Alpha Density(g/cm3) 3.95 True Density
1071 ZnO Sigma Aldrich - 0.2 - XRD 확대보기 - Nanomaterials 2018, 8(4), 212
0.2 - TEM 확대보기 -
0.2 - Specific surface area(m2/g) 14.11 -
1070 TiO2 Sigma aldrich - 0.025 - Purity(%) 99.7 - archives of civil and mechanical engineering 18(2018) 877–886
0.025 - Density(g/cm3) 3.9 -
0.025 - Specific surface area(m2/g) 50 -
0.025 - SEM SEM25 -
1069 TiO2 Sigma aldrich - 0.1 Rutile Zeta potential(mV) -65.2 in water with pH12.4, Conc. 0.2 wt.% Nanoscale Research Letters 2011, 6:273
0.1 Rutile Density(g/cm3) 4.17 -
1068 TiO2 Sigma aldrich - 0.025 Anatase Zeta potential(mV) 69.4 in water with pH2.4, Conc. 1.2 wt.% Nanoscale Research Letters 2011, 6:273
0.025 Anatase Zeta potential(mV) -42.7 in water with pH12.4, Conc. 0.8 wt%
0.025 Anatase Density(g/cm3) 3.9 -
1067 SiO2 Sigma aldrich - 0.01~0.02 - Purity(%) 99.5 - archives of civil and mechanical engineering 18(2018) 877–886
0.01~0.02 - Density(g/cm3) 2.4 -
0.01~0.02 - SEM SEM24 -
1066 Fe3O4 Sigma Aldrich - 0.05~0.15 - XRD 확대보기 - Nanomaterials 2018, 8(4), 212
0.05~0.15 - Specific surface area(m2/g) 27.08 -
0.05~0.15 - TEM 확대보기 -
1065 CuO Sigma Aldrich - 0.1~0.25 - XRD 확대보기 - Nanomaterials 2018, 8(4), 212
0.1~0.25 - Specific surface area(m2/g) 4.891 -
0.1~0.25 - TEM 확대보기 -
1064 Al2O3 Sigma Aldrich - 0.1 - Specific surface area(m2/g) 110.6 - Nanomaterials 2018, 8(4), 212
0.1 - XRD 확대보기 -
0.1 - TEM 확대보기 -
1063 Al2O3 Sigma Aldrich - 0.05 - Specific surface area(m2/g) 40 - archives of civil and mechanical engineering 18(2018) 877–886
0.05 - SEM SEM26 -
0.05 - Purity(%) 99.7 -
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