Mineral solids / clarification / thickening
Anionic PAM
Product selection for mineral and inorganic solids based on slurry chemistry, settling, overflow, underflow and filtration evidence.
Selection premise
The product name opens the test. The separator closes the decision.
Anionic PAM is commonly screened where mineral fines, inorganic precipitates or coagulant-formed microfloc need bridging. Particle surfaces, dissolved ions, polymer architecture and shear determine the actual response.
Samples, application review and export supply are provided by Gongyi Xinqi Polymer Co., Ltd.
Three product paths
Choose the separation result first.
Open full selector →Clarification-Grade Anionic PAM
Evaluate clarification-grade anionic PAM through floc formation, settling velocity, overflow turbidity, carryover, dose window and coagulant sequence.
02Thickening-Grade Anionic PAM
Screen thickening-grade anionic PAM by settling flux, overflow clarity, underflow density, floc shear, rake condition and recycled-water quality.
03Filtration-Grade Anionic PAM
Select filtration-grade anionic PAM using filtrate quality, drainage, cake release, cloth condition, capture, shear response and active treatment cost.
Application evidence
Follow the solids through the circuit.
01 / APPLICATIONAnionic PAM for Mining Tailings
02 / APPLICATIONAnionic PAM for Sand-Washing Water Recycling
03 / APPLICATIONAnionic PAM for Industrial Wastewater ClarificationView application map →Field notes / 08
Tests and failures buyers actually need to resolve.
Each note has a distinct operational task and a route back to product selection or RFQ.
View all 8 field notes →Sample worksheet
Define solids, water and separator before samples travel.
Include pH, conductivity, solids, coagulant, active dose, equipment, target, quantity and destination.