Home > Product Center > Polyacrylamide
Our Products
Polyacrylamide
Chinaflocs polyacrylamide powders include cationic polyacrylamide(flocculant,PAM),anionic polyacrylamide(flocculant,PAM)and nonionic polyacrylamide(flocculant,PAM),used for water treatment;oilfield,mineral processing ,papermaking and other application areas.
Products Show
Hydroxamated polyacrylamide (HAPAM) is a high-performance modified flocculant widely used in industrial wastewater treatment, especially in complex effluents containing fine suspended solids, heavy metal ions, oil–solid emulsions, and high-...
Hydroxamated polyacrylamide (HAPAM) is an advanced functional flocculant widely used in phosphate beneficiation, especially in processes involving fine phosphate particles, clay-rich gangue minerals, and complex sedimentary phosphate ores.
Hydroxamated polyacrylamide (HAPAM) is an advanced functional flocculant widely applied in gold ore processing, particularly in operations involving fine gold particles, clay-rich ores, refractory deposits, and complex hydrometallurgical sl...
Hydroxamated (hydroxamic acid) polyacrylamide (HAPAM) is an advanced functional flocculant widely used in red mud treatment within the Bayer process of alumina production.
928_small.jpg)
Hydroxamated polyacrylamide (HAPAM) is an advanced selective chelating flocculant designed to deliver very fast settling rates in complex industrial solid–liquid separation systems.
Hydroxamated polyacrylamide (HAPAM) is a highly specialized selective chelating flocculant developed by introducing hydroxamic acid functional groups (–CONHOH) into the polyacrylamide backbone.
Hydroxamated polyacrylamide (HAPAM) is a high-performance, functionally modified polymer that plays a critical role in solid–liquid separation in metallurgy.
651_small.jpg)
Hydroxamic acid polyacrylamide (HAPAM) is a high-performance, chemically modified flocculant widely used in tailings thickening in mining operations.
Hydroxamated polyacrylamide (HAPAM) is a highly specialized, modified flocculant that has demonstrated excellent performance in aluminum hydroxide recovery, particularly within the Bayer process used in alumina production