The new molecular sieve in the lithium extraction adsorbent achieves precise screening of lithium and magnesium ions through the synergistic effect of structural design and chemical modification.
In low-temperature source water treatment, water treatment polyaluminium chloride effectively overcomes the coagulation challenges associated with low temperatures thanks to its pre-polymerized structure.
The key to the lithium extraction adsorbent's ability to precisely capture lithium ions from complex brines lies in its unique crystal structure design, efficient ion recognition mechanism.
As a highly effective inorganic polymer flocculant, water treatment polyaluminium chloride has become a core agent in the water treatment field due to its strong adaptability, low dosage, rapid floc formation, and excellent settling performance.
Definition and Characteristics of High-Purity Silica High-purity silica is widely used in modern industry. It is a type of silicon dioxide with extremely high purity, typically exceeding 99.99%. This material is not only chemically and thermally...
