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Industrially Selected Polyacrylamide PAM Anionic Sand Washing Mud Sewage Treatment Flocculant

Industrially Selected Polyacrylamide PAM Anionic Sand Washing Mud Sewage Treatment Flocculant

Brand Name: OYI POLYMER
Model Number: APAM/NPAM/CPAM
MOQ: 1 MT
Price: USD1500-2500
Payment Terms: L/C,D/A,D/P,T/T,Western Union
Supply Ability: 100000MT/YEARS
Detail Information
Place of Origin:
JIANGSU,CHINA
Certification:
ISO SGS
Cas No.:
9003-05-8, 25085-02-3, C3H5ON
Appearance:
White Powder
Product Name:
Cationic Polyacrylamide Waste Water Treatment Chemical Flocculant
Application:
Waste Water Treatment,Water Treatment Chimicals,Sewage Water Treatment,Coal Mine Washing,paper Sludge Dewatering
Molecular Weight:
8-15 Million
Keywords:
Polyacrylamide Flocculant For Wastewater Treatment
Package:
Net 25KG Or Net 750KG Per Paper Bag Or PE Bag Packing
Packaging Details:
25KG/750KG;25KG/200L/1050KG
Product Description
A765 Industrially Selected Polyacrylamide PAM Anionic Sand Washing Mud Sewage Treatment Flocculant




Flocculation Effect 

  1. Rapid flocculation, tight flocs but small dosage.
  2. Highly clear treated water.
  3. PH value has a wide range of application.
  4. Excellent filtration and dewatering properties improve the sludge dewatering results.
  5. Good compatibility with inorganic coagulants.


Industrially Selected Polyacrylamide PAM Anionic Sand Washing Mud Sewage Treatment Flocculant 0



OYIFLOC Cationic Polyacrylamide Specifications
AppearanceWhite Powder
Mass fraction of polymer content≥89%
Charge degree:10-30%
Molecular weight12-18 million
Mass fraction of acrylamide monomer≤0.25%
Dissolving time (1g/L)≤60min

Main Applications

  • Tailings Thickening 
    * Faster settling rates 
    * Higher underflow solids concentration 
    * Reduced thickener footprint 
     

    Clarification & Water Recovery 

    * Clear overflow water suitable for reuse 
    * Reduced freshwater intake 
    * Improved process water recycling 
     
    Sludge Dewatering 
    * Enhanced performance in thickeners and settling ponds 
    * Reduced sludge volume 
    * Lower disposal and handling costs 
     
    Mining & Metallurgy Processes 
    * Copper, gold, iron ore, coal, bauxite, phosphate, lithium, and other mineral tailings 
    * Compatible with most thickener and clarifier designs

Industrially Selected Polyacrylamide PAM Anionic Sand Washing Mud Sewage Treatment Flocculant 1

Product Advantages

  • Economical and achieve good effects at low dosage.
  • Significantly improve the sludge production efficiency and reduce the moisture content of sludge cake
  • lncrease the settling rate of suspended solids during the solid-liquid separation in sewage treatment process.
  • Highly effective in a wide PH range(2-9), it is capable of treating waste water and sludge under weak acidic condition.



Product Forms

Anionic Polymer Flocculant Powder 

Anionic Polymer Flocculant Emulsion

  • High purity

  • Cost-effective transportation

  • Long shelf life

  • Suitable for manual or automatic dosing systems

  • Fast dissolution

  • Easy handling

  • Ideal for continuous dosing systems

  • High efficiency at low dosage

Industrially Selected Polyacrylamide PAM Anionic Sand Washing Mud Sewage Treatment Flocculant 2

Industrially Selected Polyacrylamide PAM Anionic Sand Washing Mud Sewage Treatment Flocculant 3


Usage Instructions

Preparation:
Dissolve CPAM in clean water to make a 0.1%–0.3% aqueous solution. Stir slowly to avoid clumping.
Application:
Add the prepared solution evenly into the wastewater system.
Dosage:
Typical dosage is 1–10 ppm, depending on wastewater characteristics.
Mixing:
Allow proper mixing and reaction time for optimal floc formation.




 How to use OYIFLOC Anionic Polymer Flocculant?

  • Prepare stock solution if using powder: dissolve 0.1-0.2 g/L in water (adjust per lab test). Stir for 30–60 minutes until fully hydrated.
  • Liquid product: dilute to recommended working concentration per technical sheet.
  • Typical dosage range: 0.1–10 mg/L (vary by application and water quality). Perform jar test to determine optimal dose.
  • Add flocculant after coagulation stage or directly to influent stream; mix gently then allow settling. Adjust pH and dose based on jar test results.