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No Identification Technical data Reference
Materials Manufacturer Model Size(um) Note Charactrization(Properties) data Note
222 TiO2 Nanjing Tansail Advanced Materials HTTi-03-02 0.02 Purity(%) > 92 바로가기
0.02 Specific surface area(m2/g) > 40
221 TiO2 Nanjing Tansail Advanced Materials HTTi-03-01 0.02 Purity(%) > 96 바로가기
0.02 Specific surface area(m2/g) > 40
220 TiO2 Nanjing Tansail Advanced Materials HTTi-02 0.02 Purity(%) > 99 바로가기
0.02 Specific surface area(m2/g) > 5
219 TiO2 Nanjing Tansail Advanced Materials HTTi-01-C15A 0.01 Purity(%) > 94 바로가기
0.01 Specific surface area(m2/g) > 150
218 TiO2 Nanjing Tansail Advanced Materials HTTi-01-Z 0.01 Purity(%) > 94 바로가기
0.01 Specific surface area(m2/g) > 60
217 Hollow glass sphere Nanjing High Technology Nano Material GM-20 - - Density (g/cm3) 0.18 ~ 0.22 True density 바로가기
- - Thermal Conductivity(W/m〮K) at 20°C (68°F)
- - Flotation (%) 92 ~ 96 by bulk volume
- - Test Pressure (psi) 500
- - Fractional (%) 90 Target
- - Fractional (%) 80 Miniumum
- - Sieve Size (um) 120 Passing 100%
- - Sieve Size (um) 106 Passing 90%
- - Sieve Size (um) 68 Passing 50%
- - Sieve Size (um) 32 Passing 10%
216 Hollow glass sphere Nanjing High Technology Nano Material M-18 - - Size Density (um) 5~30 바로가기
- - Particle Ranges (g/cm3) 0.72
- - Density (g/cm3) ~0.34 Bulk Density
- - Silver Content (%) 30 by weight
- - Silver Thickness (nm) 50
- - Crush Strength (psi) 28000
215 TiO2 Nanjing Tansail Advanced Materials HTTi-01-W 0.01 Purity(%) > 94 바로가기
0.01 Specific surface area(m2/g) > 60
214 TiO2 Nanjing Tansail Advanced Materials HTTi-01-D 0.005 Purity(%) > 99 바로가기
0.005 Specific surface area(m2/g) > 280
213 TiO2 Nanjing Tansail Advanced Materials HTTi-01-B 0.01 Purity(%) > 99 바로가기
0.01 Specific surface area(m2/g) > 40
212 TiO2 Nanjing Tansail Advanced Materials HTTi-01-SA 0.01 Purity(%) > 99 바로가기
0.01 Specific surface area(m2/g) > 200
211 TiO2 Nanjing Tansail Advanced Materials HTTi-01-S 0.01 Purity(%) > 99 바로가기
0.01 Specific surface area(m2/g) > 60
210 SiO2 Loman Chemical Loman LM516 60~150 Specific surface area(m2/g) 191~220 바로가기
60~150 Purity(%) > 96
60~150 Heating loss(%) < 6.5 105℃ 2h
60~150 Ignition loss(%) < 6.0 1000℃ 2h
60~150 DBP Absorption(ml/g) 2.0~3.0
60~150 Specific surface area(m2/g) 191~220
209 SiO2 Loman Chemical Loman LM710 100~1000 Purity(%) > 98 바로가기
100~1000 Specific surface area(m2/g) > 160
100~1000 Heating loss(%) 4.0~8.0 105℃ 2h
100~1000 Ignition loss(%) < 7.0 1000℃ 2h
100~1000 pH 5.0~8.0
100~1000 DBP Absorption(ml/g) 2.0~3.5
100~1000 Density(kg/m3) 0.1~0.3 Bulk density
100~1000 Electrical conductivity(uS/cm) < 1000
208 TiO2 Loman Chemical Loman LR908 0.35 Purity(%) >94 바로가기
0.35 Oil Absorption(g/100g) <16
0.35 Resistivity(Ωㆍcm) >9000
0.35 pH 6.5~8.0
207 TiO2 Loman Chemical Loman R908 0.3 pH 6.5~8.5 바로가기
0.3 Resistance(Ω*cm) >9000
0.3 Oil Absorption(g/100g) <20
206 TiO2 Loman Chemical Loman R907 0.3 Purity(%) >96 바로가기
0.3 pH 6.5~8.5
0.3 Resistance(Ω*m) >90
0.3 Oil Absorption(g/100g) <20
0.3 Brightness >98
205 Hollow glass sphere Nanjing High Technology Nano Material HGMS-AG - - Size Density (um) 5~22 바로가기
- - Particle Ranges (g/cm3) 1.4
- - Density (g/cm3) ~0.84 Bulk Density
- - Silver Content (%) 55 by weight
- - Silver Thickness (nm) 250
- - Size Density (um) 5 ~ 15
- - Particle Ranges (g/cm3) 1.08
- - Density (g/cm3) ~0.65 Bulk Density
- - Silver Content (%) 25 by weight
- - Silver Thickness (nm) 100
- - Size Density (um) 25 ~ 65
- - Particle Ranges (g/cm3) 0.9
- - Density (g/cm3) 0.54 Bulk Density
204 TiO2 Loman Chemical Loman LA107 0.22~0.27 pH 6.5~8.0 바로가기
0.22~0.27 Oil Absorption(g/100g) <22
0.22~0.27 Purity(%) >98
203 SiO2 IOTA Silicone Oil IOTA FINE SIL325 35 Purity(%) > 90 dried 바로가기
35 pH 6.5~7.5
35 Moisture(%) 4~8
35 Specific surface area(m2/g) 160~180
35 Iron Content(mg/kg) < 1000
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