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Anionic PAM

Ultra-High Molecular Weight Anionic PAM Polymer for Mining, Wastewater Treatment & Industrial Applications

Anionic polyacrylamide CAS 9003-05-8 offers ≥88% solid content for flocculation, sedimentation, and solid-liquid separation. Its ultra-high molecular weight supports strong adsorption and bridging effects in wastewater, mining, and sand washing systems. In addition, adjustable molecular weight and charge density help match different process conditions and treatment goals.

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Data Sheet

  • Formula:

    (C₃H₅NO)ₙ

  • CAS Number:

    9003-05-8

  • Solid Content

    ≥ 88%

  • Product Name

    Anionic Polyacrylamide

  • Abbreviation

    APAM

  • Appearance:

    White Granular Powder

  • pH Range

    4 – 12

Anionic Polyacrylamide for Mining Water and Solid-Liquid Separation

Anionic polyacrylamide is a water-soluble polymer flocculant for wastewater streams with high suspended solids. This APAM grade, identified as CAS 9003-05-8, provides ≥88% solid content for clarification, sedimentation, and dewatering applications.

Vanchor produces APAM through the copolymerization of acrylamide and acrylate salts. This process creates long molecular chains with strong adsorption and bridging ability. As a result, fine particles gather into larger flocs and settle faster in treatment systems.

Ultra-High Molecular Weight APAM for Fast Particle Settling

This product can reach molecular weights above 30 million. Because of this structure, it performs well in mining water, sand washing wastewater, industrial effluent, and other separation processes. The long polymer chains connect dispersed particles and improve floc strength during settling or filtration.

In practice, anionic grades often suit wastewater that contains mineral particles, clay, sand, coal fines, or other negatively responsive solids. Operators can use APAM to improve water clarity, reduce suspended solids, and support downstream sludge handling.

At the same time, different projects may require different molecular weight ranges and charge densities. Vanchor offers selectable specifications to match water quality, dosing conditions, equipment type, and treatment targets. This flexibility helps treatment teams adjust product selection before large-scale use.

Beyond mining and sand washing, APAM also serves municipal wastewater, paper production, chemical processing, and sludge dewatering systems. In addition, its strong flocculation behavior supports processes that need faster settling and clearer supernatant.

For procurement planning, CAS 9003-05-8 and ≥88% solid content help confirm product identity and specification consistency. Vanchor supports stable Anionic Polyacrylamide supply with controlled production, quality checks, and export experience for long-term industrial treatment programs.

Strong Alkalinity:Sodium Carbonate produces a highly alkaline solution, making it effective for: Acid neutralization, pH adjustmen, Chemical processing reactions
Stable Chemical Structure:Sodium Carbonate is chemically stable under normal storage conditions, making it a reliable raw material in many chemical industries.
Excellent Water Solubility:The compound dissolves easily in water, allowing it to be used in liquid chemical formulations and industrial treatment systems.
Hygroscopic Nature:Sodium Carbonate can absorb moisture from the air, which is why proper storage and moisture-resistant packaging are essential to maintain product quality.

Preparation & Usage Guidelines

To achieve the best flocculation performance, follow these professional usage recommendations.

1. Conduct a Jar Test

Before large-scale application, perform a jar test to determine the optimal molecular weight and dosage for your specific water conditions.

2. Prepare Polymer Solution

Dilute APAM with clean water to create a 0.1%–0.3% aqueous solution.

3. Use Suitable Water Quality

For best results, use salt-free water with neutral pH during the dissolution process.

4. Proper Mixing Method

Slowly sprinkle the powder into agitated water to avoid clumping and ensure uniform dissolution.Avoid adding large quantities at once, which may form “fish-eyes” (undissolved gel particles).

Main Applications of Anionic Polyacrylamide

Mining & Sand Washing

Anionic Polyacrylamide is commonly used in mining operations for:

  • Tailings sedimentation
  • Sand washing water clarification
  • Mineral flotation support
  • Rapid turbidity removal

It improves water recycling efficiency and reduces waste discharge.

Oilfield & Gas Industry

In oilfield operations, APAM is used for:

  • Tertiary oil recovery (EOR)
  • Profile modification and water shutoff
  • Drilling fluid drag reduction
  • Hydraulic fracturing fluid additive

These applications help increase oil recovery rates and improve drilling efficiency.

Municipal & Industrial Water Treatment

APAM is widely used for drinking water purification and industrial wastewater treatment, including:

  • Clarification of raw water
  • Removal of suspended solids
  • Sludge sedimentation
  • Water recycling systems

Paper & Textile Industry

In paper manufacturing and textile processing, APAM acts as:

  • Retention aid
  • Drainage aid
  • Fiber recovery agent

This improves production efficiency and reduces raw material loss.

Food Processing & Agricultural Applications

APAM is used in processing industries such as:

  • Sugar refining
  • Starch production
  • Agricultural wastewater treatment

It helps recover valuable materials and reduce production waste.

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Technical Specifications of Anionic Polyacrylamide

Anionic PAM

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Anionic PAM

Product Name Anionic Polyacrylamide
Abbreviation APAM
Appearance White Granular Powder
Molecular Weight 15 – 35 Million
Ionicity (Charge Density) Low / Medium / High
Solid Content ≥ 88%
Dissolution Time ≤ 60 Minutes
Recommended Solution Concentration 0.1% – 0.3%
pH Range 4 – 12
Residual Monomer ≤ 0.05%
Packaging 25kg Kraft Paper Bags / Jumbo Bags

Packaging & Storage

We provide flexible packaging solutions for global industrial buyers.

Why Choose Our Anionic Polyacrylamide

Ultra-High Molecular Weight Polymer

Our APAM reaches 30 million+ molecular weight, providing excellent bridging capability for suspended particles. This produces larger flocs, faster settling speeds, and higher water clarity.

Excellent Flocculation Efficiency

The long polymer chains enable strong particle aggregation, allowing lower dosage with higher treatment efficiency.

Wide Product Range

We offer a full range of low, medium, and high ionic charge densities, allowing customization for different wastewater characteristics.

Rapid Dissolution

Specially formulated granules dissolve completely in water within 60 minutes, reducing downtime in water treatment systems.

Environmentally Safe

Our product features ultra-low residual monomer content, ensuring compliance with environmental regulations and safe industrial handling.

Export-Grade Quality

Manufactured under strict quality control and suitable for international procurement, bulk shipping, and industrial applications worldwide.

We supply bulk APAM for diverse industries and applications worldwide.

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Anionic PAM Supplier for Global Markets

As a professional Anionic PAM manufacturer and exporter, we supply customers in:

  • Europe
  • Middle East
  • Southeast Asia
  • South America
  • Africa

Anionic PAM FAQs

  • 01

    What is Anionic Polyacrylamide used for?

  • 02

    Why does higher molecular weight improve flocculation?

  • 03

    How long does APAM take to dissolve in water?

  • 04

    How can I prevent clumping during mixing?

  • 05

    Can APAM be used for drinking water treatment?

Request Anionic PAM Price or Sample

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We can provide:

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