Good quality ASTMC1240 SF90 for Cement Densified Microsilica
OverviewQuick DetailsPlace of Origin:Yunnan, ChinaBrand Name:WinitoorModel Number:Densified SF92Colour:BlackDensity:DensifiedIndustry:Cement
$165 /
Product Details
Transaction Comments
Overview
Quick Details
Place of Origin:
Yunnan, China
Brand Name:
Winitoor
Model Number:
Densified SF92
Colour:
Black
Density:
Densified
Industry:
Cement
Origin:
Fujian, China
Supply Ability
Supply Ability:
8000 Metric Ton/Metric Tons per Month
Packaging & Delivery
Packaging Details
1000 kgs per jumbo bag; 20 jumbo bags per 20 GP
Port
Xiamen Or As Request
Lead Time
:
Within 14 days upon receipt of deposit
Online Customization
SF90
#
CHEMICAL ANALYSIS
PARAMETER
STANDARD
Result
ASTM C 1240-05
1
SiO2 (%)
90%min
92.88%
90%min
2
Fe2O3(%)
2%max
0.18%
3%max
3
Al2O3(%)
2%max
0.19%
6%max
4
CaO(%)
2%max
0.08%
------
5
Na2O
2%max
0.35%
------
6
Mositure(%)
2%max
0.50%
------
7
LOI(%)
3.%max
2.40%
------
SGS certificate with ASTM-C1240 Standard
#
PHYSICAL PARAMETERS
PARAMETER
STANDARD
Result
ASTM C 1240-05
1
ParticleSize +/-0.045mm
99%min
99.87%
------
2
Oversize variation % point from average
(%)
2.01%
5%max
3
Pozzolanic Activity Index (7 days)
≥110%
1.2
105%min
4
Surface Area
15000-27000m2/kg
22630m2/kg
15000m2/kgmin
5
Bulk Density(Densified)
550-700kg/m3
650kg/m3
650kg/m3
Brief Introduction
Microsilica fume (scientific name "silica fume," Microsilica or Silica Fume), in the smelting of ferrosilicon and industrial silicon, silicon through the flue gas emitted by steam oxidation, the specially designed filter collected the amorphous powder like silica (SiO 2). Micro-silica fume average 0.1-0.15 μ m in diameter, the size of several cement average 1.0%. Surface area for the 15-27 m 2 / g, with strong surface activity.
Features Characteristics
1).Appearance is as grey&white off. 2).High electrical resistivity 3).Low Permeability 4).Superior resistance to chemical attack from chlorides,acids and sulfates 5).Low chloride ion diffusion 6).High reactive Pozzolan 7).High temperature strength 8).Improved stability ingeothermal environment