Packaging specifications: 25kg/bag, 50kg/bag
Packaging materials: outer woven bag, inner PE lined bag
It is strictly prohibited to mix and transport flammable or combustible materials, alkalis, alcohols, edible chemicals, etc.
Sunscreen, rainproof, and heat-resistant.

Performance of Polyferric Chloride:
1. New, high-quality, and efficient iron salt inorganic polymer flocculants;
2. Excellent coagulation performance, dense alum flowers, and fast settling speed;
3. Excellent water purification effect, good water quality, free of harmful substances such as aluminum, chlorine, and heavy metal ions, and no water phase transfer of iron ions, non-toxic, harmless, safe and reliable;
4. The effects of turbidity removal, decolorization, oil removal, dehydration, sterilization, deodorization, algae removal, removal of COD, BOD and heavy metal ions in water are significant;
5. Suitable for a wide pH range of 4-11 in water bodies, with an optimal pH range of 6-9. The pH value and total alkalinity of the purified raw water change little, and the corrosiveness to the treatment equipment is low;
6. The purification effect of micro polluted, algae containing, low-temperature and low turbidity raw water is significant, and the purification effect of high turbidity raw water is particularly good;
7. The dosage is small, the cost is low, and the processing cost can be saved by 20% -50%.

Application of Polyferric Chloride:
1. The treatment of printing and dyeing wastewater replaces traditional low molecular weight iron and aluminum salt coagulants. Compared with traditional coagulants, which have the characteristics of large dosage, low coagulation efficiency, and residual aluminum ions that can easily cause secondary pollution, the dosage of polymeric ferric sulfate is around 150ppm, which is small and has a high removal rate for COD and chromaticity. The optimal pH condition is 8.0.
2. Electroplating wastewater treatment can be used as coagulants and chelating agents. The complex is mainly copper ammonia complex, which has stable properties and a pH of 11. It is difficult to directly precipitate with coagulants such as alkali and polyaluminum. It can also be used for reclaimed water reuse.
3. Paper wastewater treatment can be used as a coagulant instead of polyaluminum chloride, aluminum sulfate, etc. It can also be used for dewatering paper sludge. In the white water recovery process of paper wastewater treatment, polyaluminum sulfate (a polymer containing strong cations) cannot be used, only polyaluminum chloride can be used.