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1. What is a cationic polyelectrolyte?
Cationic polyelectrolyte is a positively charged chemical used in water treatment processes. By reacting with negatively charged solid particles in the water, it prevents particles from sticking together and forming larger particles, and neutralizes the charge of solids that settle to the bottom of the water or filter out. In this way, it improves the water quality and provides clear, clean and healthy water.
2. Effective in removing suspended solids:
Cationic polyelectrolytes play an effective role in removing suspended solids. Mud, dust, particles and organic matter in the water combine to form large particles. These large particles are more easily separated from the water and make it easier to clean the water.
3. Increases Filtering Efficiency:
Cationic polyelectrolytes also play an important role in water filtration processes. The transformation of particles into large particles makes the filters work more efficiently. This ensures better water purification and extends the life of the filters.
4. Fields of Use:
Cationic polyelectrolytes are used in a variety of applications, from industrial wastewater treatment plants to drinking water treatment systems. It is also an effective solution in sludge dewatering processes. Cationic polyelectrolytes can be effectively used in various water purification processes.
5. Expert Technical Support and Dosing System:
At Aqualink, we provide our customers with expert technical support on the use and dosing processes of cationic polyelectrolytes. We ensure the efficient use of your water and optimize the water quality with the correct dosing devices.
Cationic polyelectrolytes are Aqualink's superior solutions for water filters and treatment systems. It improves water quality by neutralizing suspended solids loads and ensures a clean and healthy water supply. This increases the filtration efficiency and extends the life of the filters. It has a wide range of applications from industrial wastewater treatment plants to drinking water treatment systems.