Polyaluminium Chloride is a widely recognised water purification product. Its efficacy in water treatment is beyond doubt. However, being a high-molecular-weight inorganic flocculant, it is categorised by its content into 30%, 28%, and 26% variants.
There are numerous types of water purification chemicals, including polyaluminium chloride and polyaluminium ferric chloride. Though differing by but a single character, they exhibit significant distinctions. What are the practical differences between the
As a water purification agent utilising alumina as its raw material, it effectively removes toxic substances and heavy metals from water. It is highly soluble in water and finds extensive application in domestic and industrial water systems.
Polyacrylamide is a high-molecular-weight polymer. Consequently, its preparation and dosing are susceptible to external factors. Therefore, today we shall discuss how to achieve optimal results during preparation and dosing, along with key considerations
It is widely recognised that phosphorous-laden industrial wastewater poses significant treatment challenges, necessitating specialised chemical agents for effective removal. Among the most common phosphorous removal agents employed in wastewater treatment
With growing environmental awareness, the application of polyferric sulphate in the water treatment industry has become increasingly widespread. Yet many remain unfamiliar with this substance, unaware of its nature or primary uses. In truth, this product
As a novice, one may find it somewhat confusing to distinguish between polyaluminium chloride and polyaluminium ferric chloride. In practical application, however, certain differences exist between the two. Today, we shall provide a detailed explanation o
Polyaluminium chloride is a commonly used water purification chemical. However, due to variations in manufacturing processes, applications, and concentrations, its physical appearance may differ.
Polyaluminium chloride is a highly effective water purification agent. It possesses bactericidal, deodorising and decolourising properties. It finds extensive application in water treatment, as well as within the pharmaceutical and cosmetics industries.
Polyacrylamide has now become a widely recognised water purification product, finding application across numerous sectors. However, during use, one may observe an increase in viscosity during dissolution. What accounts for this phenomenon? Today we shall
When it comes to polyacrylamide, it is undoubtedly a familiar substance to most. As a commonly used flocculant, it finds extensive application across diverse industries and sectors. As is well known, its utility extends beyond water treatment; it also ser
With the rapid advancement of industry, water pollution has become an increasingly severe issue, constantly affecting our physical health. It is important to note that contaminated water contains heavy metals, and drinking water may also exceed permissibl
Polyacrylamide is a linear polymeric flocculant possessing excellent flocculation properties, rendering it widely employed within the water treatment sector. Its coagulation-enhancing capabilities also confer an irreplaceable status in the papermaking and
As a commonly used water treatment flocculant, polyaluminium chloride finds application in numerous scenarios. However, many manufacturers encounter frequent issues during production. Why is this the case?
During the application of water purification chemicals, you will find that polyaluminium chloride and polyacrylamide form an ideal pairing. When employing commonly used water treatment agents, careful attention must be paid to their mixing ratios.