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Anionic Polyacrylamide Emulsion for Copper and Zinc Mineral Processing with Very High Molecular Weight in Oil-Based and Water-Based Formulations

Name: Anionic Polyacrylamide Emulsion for Copper and Zinc Mineral Processing with Very High Molecular Weight in Oil-Based and Water-Based Formulations
Brand: Yixing Bluwat Chemicals Co., Ltd.
SKU: Blufloc Emulsion
Price: 649.80 USD
Availability: InStock

Brand Name:	BLUWAT
Model Number:	Blufloc Emulsion
MOQ:	1000kgs
Price:	negotiable
Delivery Time:	5-10days

Detail Information

Product Description

Detail Information

Place of Origin:

China

Certification:

ISO9001

Product Name:

Anionic Polyacrylamide Emulsion

Brand Name:

BluFloc

Abbreviation:

APAM Emulsion

Product Category:

Water-Soluble Polymer Flocculant

Chemical Type:

Anionic Acrylamide Copolymer

Physical Form:

Liquid Emulsion

Available Formulations:

Oil-Based Emulsion And Water-Based Emulsion

Molecular Weight:

Very High

Anionic Charge Degree:

Medium To High

Solubility:

Dispersible And Soluble In Water After Proper Dilution

Main Functions:

Flocculation, Clarification, Sedimentation, Thickening And Solid-Liquid Separation

Grade:

Industrial Grade

Manufacturer:

Yixing Bluwat Chemicals Co., Ltd.

Customization:

Molecular Weight And Anionic Charge Density Available Upon Request

Packaging Details:

30kgs, 50kgs, 250kgs, 1250kgs drums

Highlight:

Anionic Polyacrylamide Emulsion for mineral processing

Polyelectrolyte Flocculant for copper extraction

Zinc mineral processing flocculant

Product Description

Blufloc Anionic PAM Emulsion

Anionic PAM Emulsion for Copper and Zinc Mineral Processing

Improve copper and zinc tailings settling, concentrate thickening, and process-water clarification with oil-based EA 6520 and water-based EWA 7520 screening options.

Very-High Molecular Weight Fine Sulfide and Gangue Bridging Flotation-Reagent-Aware Testing Water Recovery Support

Application Snapshot

Product Anionic PAM Emulsion
Grades EA 6520 and EWA 7520
Primary Role Concentrate, tailings, and process-water solid-liquid separation
Selection Ore-, reagent-, water-, and duty-specific trials

Product Introduction

Copper and Zinc Circuits Need Duty-Specific Polymer Selection

Copper and zinc circuits use collectors, frothers, modifiers, lime, and recycled water that can influence particle surfaces and flocculation. Mixed sulfide and clay-rich ores create especially variable settling.

Polymer selection should distinguish concentrate thickening, tailings thickening, and wastewater clarification because product quality, metal recovery, and water-reuse requirements differ.

Blufloc APAM Emulsion

Blufloc anionic PAM emulsion improves settling of fine copper and zinc mineral-processing solids in thickeners and water-recovery circuits.

Grades are evaluated with the actual flotation reagents, ore blend, recycled process water, pH, calcium concentration, hydraulic shear, and separation objective.

Application Challenges

Why Copper and Zinc Solids Can Be Difficult to Settle

Fine sulfides, gangue, clay, residual flotation reagents, high-pH water, and ore-blend changes can alter adsorption, floc strength, thickener clarity, and valuable-mineral recovery.

Fine Sulfide and Gangue

Finely ground sulfide, silicate, and clay particles may remain suspended or form fragile floc.

Residual Flotation Reagents

Collectors, frothers, modifiers, lime, and recycled reagents can change particle surfaces and polymer demand.

Ore and Clay Variability

Ore-blend changes and clay episodes can shift the preferred charge, dilution, dose, and mixing conditions.

Recovery and Clarity Balance

Overflow solids must be controlled without sending valuable copper or zinc minerals to an undesired stream.

Treatment Mechanism

How the PAM Emulsion Works

Very-high-molecular-weight APAM adsorbs onto suitable mineral-surface sites and bridges multiple particles into larger aggregates. Anionic degree, calcium concentration, pH, salinity, and residual flotation chemistry affect chain extension and attachment.

Step 1

Prepare and Distribute

Activate and dilute the selected emulsion, then distribute it evenly at the intended addition point.

Step 2

Bridge Mineral Fines

Long APAM chains link fine sulfide, gangue, and clay particles into larger, settleable floc.

Step 3

Separate and Verify

Preserve floc through the thickener and verify clarity, underflow, recovery, and downstream quality.

Important: The grades below are starting candidates, not a fixed prescription. Final selection and dosage require representative laboratory and plant trials using the actual ore, flotation-reagent suite, recycled water, and separation duty.

Recommended Grades

Recommended Blufloc Grades

Compare candidates at equal active polymer mass using fresh samples that retain the actual flotation reagents, ore blend, solids concentration, and process-water chemistry.

Grade	Base	Molecular Weight	Charge	Suggested Screening Role
EA 6520	Oil-based	Very High	High anionic	Primary candidate for tailings and high bridging demand
EWA 7520	Water-based	Very High	Medium anionic	Alternative for water-based dosing and different surface chemistry

The product pages classify the cationic EC and EWC series as high molecular weight and the anionic EA and EWA grades as very high molecular weight. Confirm exact commercial specification limits, active content, viscosity, shelf life, and preparation instructions on the current grade-specific TDS and order specification.

Product Advantages

Very-High Molecular Weight with Site-Specific Screening

Very-high molecular weight for fine copper and zinc mineral solids
Potential for improved thickener clarity and hydraulic capacity
Continuous liquid dosing for metallurgical operations
Charge comparison for ore, clay, and recycled-water changes
Application trials aligned with actual flotation and process chemistry

Application Process

Separate Concentrate, Tailings, and Clarification Duties

Define the Exact Duty

Identify whether the objective is concentrate thickening, tailings thickening, or wastewater clarification.

Use Fresh Representative Samples

Preserve the actual ore blend, reagent suite, recycled water, pH, temperature, and solids concentration.

Screen Dose and Mixing

Compare dose, dilution, distribution, and shear while monitoring both separation performance and recovery risk.

Measure the Complete Response

Record settling, supernatant clarity, underflow density, floc strength, and metal reporting between streams.

Confirm at Plant Scale

Validate the selected grade during representative ore blends, throughput, water chemistry, and operating conditions.

Product Selection Guidance

Match the Grade to the Separation Objective

EA 6520 is a strong high-anionic screen for tailings and demanding fine-particle bridging. EWA 7520 provides a medium-anionic water-based comparison for different surface chemistry and dosing-system requirements.

For concentrate thickening, confirm that the polymer does not compromise recovery, concentrate quality, filtration, or downstream processing.

Compare Total Operating Cost

Neat-emulsion price per kilogram can be misleading. Compare on active polymer mass and include preparation efficiency, dose, thickener capacity, overflow quality, underflow or cake quality, metal recovery, water reuse, and disposal cost.

Active polymer dose expressed in grams per ton of dry solids
Settling rate, overflow solids, and thickener throughput
Underflow density, pumping, filtration, and product-quality effects
Metal recovery, recycled-water compatibility, and downstream cost

Trial Data

Operating Indicators to Record

Settling rate
Overflow TSS
Underflow density
Metal loss with solids
Polymer grams per ton

Troubleshooting

Recheck Chemistry Before Increasing Polymer Dose

Review Reagent Changes and the Separation Objective

If flocculation changes after lime, collector, frother, modifier, or recycled-water adjustments, retest the water chemistry and ore blend before simply increasing polymer.

If valuable fine minerals report to an undesired stream, review the polymer addition point, dilution, mixing energy, and separation objective. Confirm recovery and product quality before changing the dose or grade.

Supply Options

Packaging

25 kg Container

200 kg Plastic Drum

1000 kg IBC

Safe Handling

Storage and Handling

Keep the package sealed in a cool, dry, ventilated area. Protect it from direct sunlight, freezing, and excessive heat.

Follow the grade-specific TDS and SDS for shelf life, handling limits, and transport classification. Polymer spills can make floors extremely slippery and should be contained and cleaned promptly.

25+ Years Water-treatment chemical manufacturing experience

3 Plants Modern production and supply support

Manufacturer Support

Why Choose Bluwat Chemicals

More than 25 years of manufacturing experience supported by three modern plants
More than 800,000 tons delivered and exports to over 100 countries and regions
Factory-direct coordination for grade selection, documentation, packaging, and logistics
Laboratory screening with representative copper-zinc slurry and process-water samples
TDS, SDS, COA, and applicable certification documents for the selected grade and market

For base-metal tailings, concentrate thickening, and process-water clarification, Bluwat can screen adjacent PAM emulsion grades, review preparation and dosing conditions, and help define a plant-trial plan using agreed separation, recovery, water, and cost indicators.

Technical Service

Quality Control and Technical Support

Specification Confirmation

Confirm the required grade specification and order documentation before production and shipment.

Representative Sample Testing

Shortlist products under realistic pH, temperature, solids, mineralogy, water chemistry, reagent suite, and shear.

Preparation and Scale-Up

Supply clear make-down, dilution, dosing, addition-point, mixing, and scale-up recommendations.

Plant-Trial Data Review

Adjust charge level, dose, addition point, dilution, or mixing using plant-trial separation and recovery data.

Frequently Asked Questions

Copper and Zinc Mineral Processing FAQ

Can the same APAM be used for copper and zinc tailings?

It may be possible, but ore mineralogy, clay content, grinding size, flotation reagents, recycled water, and thickener duty should be tested for each circuit.

Will APAM affect flotation?

Polymer addition should be located and controlled to avoid unwanted interaction with flotation. Confirm the addition point, dosage, metal recovery, and product quality through metallurgical testing.

Why is calcium important?

Dissolved divalent ions can influence anionic polymer conformation, chain extension, mineral-surface interaction, floc structure, and the preferred dose.

Can APAM be used on concentrate thickeners?

Potentially, but product recovery, concentrate quality, filtration, moisture, and downstream processing must be evaluated before full-scale use.

EA and EWA Screening

Match the APAM Grade to Ore, Reagents, Water Chemistry, and Thickener Duty

Screen EA 6520 and EWA 7520 with representative copper-zinc slurry, controlled carrier-specific preparation, the actual flotation-reagent suite, recycled process water, and duty-specific mixing. Confirm the preferred grade using settling, overflow solids, underflow density, metal recovery, water-reuse compatibility, and total operating cost.

Tags:

Blufloc EWA 7520 Water-Based Anionic PAM Emulsion with Very-High Molecular Weight and Medium Anionic Degree for Automatic Dosing

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Anionic PAM Emulsion for Construction and Tunneling Wastewater Treatment with Very High Molecular Weight in Oil-Based and Water-Based Formulations

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products details

Anionic Polyacrylamide Emulsion for Copper and Zinc Mineral Processing with Very High Molecular Weight in Oil-Based and Water-Based Formulations

Anionic Polyacrylamide Emulsion for mineral processing

Polyelectrolyte Flocculant for copper extraction

Zinc mineral processing flocculant

Anionic PAM Emulsion for Copper and Zinc Mineral Processing

Application Snapshot

Copper and Zinc Circuits Need Duty-Specific Polymer Selection

Blufloc APAM Emulsion

Why Copper and Zinc Solids Can Be Difficult to Settle

Fine Sulfide and Gangue

Residual Flotation Reagents

Ore and Clay Variability

Recovery and Clarity Balance

How the PAM Emulsion Works

Prepare and Distribute

Bridge Mineral Fines

Separate and Verify

Recommended Blufloc Grades

Very-High Molecular Weight with Site-Specific Screening

Separate Concentrate, Tailings, and Clarification Duties

Define the Exact Duty

Use Fresh Representative Samples

Screen Dose and Mixing

Measure the Complete Response

Confirm at Plant Scale

Match the Grade to the Separation Objective

Compare Total Operating Cost

Operating Indicators to Record

Recheck Chemistry Before Increasing Polymer Dose

Review Reagent Changes and the Separation Objective

Packaging

Storage and Handling

Why Choose Bluwat Chemicals

Quality Control and Technical Support

Specification Confirmation

Representative Sample Testing

Preparation and Scale-Up

Plant-Trial Data Review

Copper and Zinc Mineral Processing FAQ

Can the same APAM be used for copper and zinc tailings?

Will APAM affect flotation?

Why is calcium important?

Can APAM be used on concentrate thickeners?

Match the APAM Grade to Ore, Reagents, Water Chemistry, and Thickener Duty