Applications
As defluoriating agent, our product can be applied in defluorinating water device, which owes to its large specific surface. The power of removing fluorine is closely related with the PH value of water. When the PH is equal to 5.5, the power of absorption reaches the maximum. Hence, it can be widely used in water treatment, especially be using to combine with de-arsenic device.
Technical Data Sheet
Item |
Unit |
Index |
|
AL2O3 |
% |
≧92 |
≧92 |
SiO2 |
% |
≦0.10 |
≦0.10 |
Fe2O3 |
% |
≦0.08 |
≦0.08 |
Na2O |
% |
≦0.4 |
≦0.4 |
LOI |
% |
≦7 |
≦7 |
Particle Size |
mm |
1-2 |
2-3 |
Crashing Strength |
N/Piece |
≧30 |
≧50 |
Surface Area |
m²/g |
≧300 |
≧300 |
Pore Volume |
ml/g |
≧0.40 |
≧0.40 |
Bulk Density |
g/cm³ |
0.72-0.85 |
0.70-0.80 |
Defluorinating |
mg/g |
≧2.5 |
≦2.5 |
(Above is routine data, we can upgrade it as you require)
Applications
As defluoriating agent, our product can be applied in defluorinating water device, which owes to its large specific surface. The power of removing fluorine is closely related with the PH value of water. When the PH is equal to 5.5, the power of absorption reaches the maximum. Hence, it can be widely used in water treatment, especially be using to combine with de-arsenic device.
Technical Data Sheet
Item |
Unit |
Index |
|
AL2O3 |
% |
≧92 |
≧92 |
SiO2 |
% |
≦0.10 |
≦0.10 |
Fe2O3 |
% |
≦0.08 |
≦0.08 |
Na2O |
% |
≦0.4 |
≦0.4 |
LOI |
% |
≦7 |
≦7 |
Particle Size |
mm |
1-2 |
2-3 |
Crashing Strength |
N/Piece |
≧30 |
≧50 |
Surface Area |
m²/g |
≧300 |
≧300 |
Pore Volume |
ml/g |
≧0.40 |
≧0.40 |
Bulk Density |
g/cm³ |
0.72-0.85 |
0.70-0.80 |
Defluorinating |
mg/g |
≧2.5 |
≦2.5 |
(Above is routine data, we can upgrade it as you require)