How to Avoid Aggregation of Polyaluminum Chloride
Polyaluminum chloride is one of the most important chemical products in the current market, which plays an important role in the water treatment industry, and also plays a very important role in other industries,Polyaluminum chloride manufacturersIt can provide an important role in agriculture, textile industry, daily chemical industry and other places.
AlthoughPolyaluminum chloride manufacturersIt mainly focuses on the treatment of sewage, but it must not be ignored in other industries. This is why polyaluminium chloride has a very good sales situation in the current market.
Since the agglomeration of polyaluminum chloride will have a significant impact on the use, many users will feel at a loss when they first encounter the agglomeration of polyaluminum chloride. The main reason is that polyaluminum chloride is a high molecular weight polymer. If a large amount of polyaluminum chloride is put into water at one time, it will be difficult to disperse and contact with water and dissolve.Polyaluminum chloride manufacturersIt is suggested that one of the important conditions for increasing the dissolution rate is to increase the contact area between the solute and the solvent. The reason for the rapid dissolution of the powder is that the smaller the particles, the larger the contact area between the solvent and the solute. However, many powdered substances have a certain viscosity when exposed to water.
It is because of this viscosity that the wet outer polyaluminum chloride wraps the dry polyaluminum chloride on the inner layer to form agglomerates, which greatly reduces the contact area between the polyaluminum chloride and water. In the dissolution of the outer layer, polyaluminum chloride forms newThe "shell" therefore dissolves very slowly, resulting in very low efficiency during use.Polyaluminum chloride manufacturersIt is pointed out that the key to solve this problem is to put polyaluminum chloride in the process of use in time to avoid agglomeration and affect the efficiency of use.
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