High-purity White Polyaluminium Chloride

High-purity white polyaluminium chloride exhibits excellent contact properties in water treatment. Its water treatment velocity and wetting properties surpass those of conventional chemicals. This high-purity polyaluminium chloride possesses both stability and rapid solubility. Its aluminium oxide content reaches over 31%. Water-insoluble matter is as low as 0.1%. The pH range is between 3.6 and 5. Its basicity is also relatively low. High-purity white polyaluminium chloride effectively removes harmful substances from wastewater. Its dosage requirement is lower than that of other traditional water purification agents. It delivers significant purification results, thereby reducing water treatment costs.
 

• Appearance: White, fine granular particles. Extremely low iron content, dissolves completely in water to form a crystal-clear solution.
• White, high-purity polyaluminium chloride with a content exceeding 30%. The highest concentration within the PAC series of chemicals.
• Suitable for diverse water purification applications, including industries with exceptionally stringent water quality requirements.
• Following treatment, effluent water quality fully complies with national potable water standards.
• Requires lower dosage compared to other inorganic flocculants while delivering superior purification efficacy.
• Exhibits rapid flocculation formation, high reactivity, and broad applicability. Its wide pH tolerance effectively removes harmful substances including heavy metal ions and radioactive particulate matt

Through pilot testing, determine the optimal dosage for high-purity white polyaluminium chloride. Prepare the water treatment solution by mixing according to the specified ratio. Add the dissolved solution to the wastewater in proportioned quantities, maintaining continuous and thorough agitation throughout the addition process to ensure complete dissolution and achieve optimal purification results. Simultaneously, the reaction tank must be monitored at all times. Should large flocs form and rise to the surface, this indicates excessive polyaluminium chloride dosage. Conversely, if flocs are small and sparse, the dosage is insufficient. Continuous observation within the reaction tank is essential.