The Distinctiveness of Polyaluminium Chloride in Water Purification Products

　　With environmental pollution, humanity's drinking water has been put to the test. Not only has sewage affected vegetation growth, but our freshwater resources have also suffered various impacts. Once, sweet well water was our preferred choice. It could be drunk directly without boiling. But what of today? From childhood, parents have taught us never to drink untreated water, lest we fall ill. The emergence of various diseases is closely linked to the quality of our drinking water. Water purity directly impacts public health. This starkly reveals how dire our current living environment has become. The task of purifying water resources is therefore urgent.
 

　　The emergence of water purification products is urgently required. VICTOR offers a diverse range of water treatment agents. But which product can directly purify water into potable household water? VICTOR informs us that polyaluminium chloride (PAC) is the optimal choice. So what distinguishes PAC from other purification products, and what advantages does it offer?

　　Polymerised aluminium chloride, commonly abbreviated as polyaluminium, is also known as basic aluminium chloride or a coagulant. Depending on the colour of its raw materials, it appears as a yellow, dark brown, or dark grey resinous solid. Poly Aluminium Chloride possesses strong bridging adsorption properties and exceptional water solubility. During hydrolysis, it undergoes concurrent physical-chemical processes including coagulation, adsorption, and precipitation to transform into the potable water we require.

The fundamental distinction between Polyaluminium Chloride and previously used inorganic coagulants lies in the nature of the traditional agents, which are low-molecular-weight crystalline salts. whereas polyaluminium chloride comprises structurally diverse polyhydric hydroxyl complexes. It functions as an amorphous inorganic polymeric flocculant, exhibiting unique coagulation properties distinct from conventional coagulants. Products manufactured via the calcium aluminate adjustment method achieve significantly enhanced basicity. This yields pronounced economic benefits in both production and application. The basicity increases from 65% to 92%. Raw material costs can be reduced by 10%. Operational costs can be reduced by 40%. The water purification effect of polyaluminium chloride is superior to that of similar products manufactured by other processes. When preparing polyaluminium chloride, it can be added directly to water. The amount of water added can be adjusted according to the dosage specified in the instructions and the volume of water to be treated. After adding water, simply stir thoroughly to obtain the required water resource.