Description
Product Description
Fluorine removal particles are a new type of mineral composite materialwhich makes the fluoride in the water.A double reaction occurs when thematerial is used to ensure an efficient defluorination effect. The porestructure inside and outside the material allows fluoride toabsorb.Attached to the surface of the filter material, the first adsorptionreaction occurs; at the same time, the fluoride on the surface undergoeson exchange with the OH- of the material, resulting in the secondexchange reaction, and the purpose of efficient fluorine removal isachieved through a double-effect physical and chemical reaction.
Performance Testing
Test conditions: Put 300g of fluorine-removing particles in a clean watelfilter element, addstandard fluoride to pass through the water, and theconcentration ofoxides (5+0.2mg/L) Flow rate 013L/min. Record thechange offluoride concentration.
Water volume |
TestI tems |
Sample Serial Number |
Raw Water Concentration |
Effluent Concentration |
Removal Rate |
5L |
fluoride |
1# |
5.0(mg/L) |
0.46(mg/L) | 90.8% |
5L |
fluoride |
2# |
5.0(mg/L) | 0.46(mg/L) | 90.8% |
50L |
fluoride |
1# |
5.0(mg/L) |
0.73(mg/L) | 85.4% |
50L |
fluoride |
2# |
5.0(mg/L) |
0.73(mg/L) | 85.4% |
100L |
fluoride |
1# |
5.2(mg/L) | 0.76(mg/L) | 85.4% |
100L |
fluoride |
2# |
5.2(mg/L) |
0.76(mg/L) | 85.4% |
Fluoride Removal particles have high efficiency andlong-lasting removal rate of fluoride
Safety Inspection Report
After the high fluoride water is in contact with the filter material, the surface of the filter material undergoes a double reaction of adsorption and ion exchange, the fluoride ion in the water is adsorbed on the filter material, and the fluoride ion exchanges with the OH-ion on the surface of the filter material, through a double-effect physicochemical reaction To achieve the purpose of defluorination.
Zone Corp owns 2 roller kiln production lines for manufacturing bio ceramic balls with 16000 tons manufacturing capacity per year.
OEM package could be provided as your request.