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Created with Pixso. Blufloc Anionic Cationic Nonionic Polyacrylamide Powder For Water Treatment, Mining and Industrial Separation

Blufloc Anionic Cationic Nonionic Polyacrylamide Powder For Water Treatment, Mining and Industrial Separation

Brand Name: Bluwat
Model Number: Blufloc Series
MOQ: 1 Ton
Price: Negotiable
Payment Terms: L/C, D/A, D/P, T/T
Detail Information
Place of Origin:
China
Certification:
Halal, ZDHC
Appearance:
Off-White Granular Powder
Ionic Charge:
Anionic / Cationic / Nonionic
Particle Size:
20- 100 Mesh
Molecular Weight:
5-25million, 5- 12million, 5- 12million
Anionic Degree:
5-100%, 5-80%, 0-5%
Solid Content:
89% Minimum
Bulk Density:
About 0.8
Residual Monomer:
0.05% Max.
Recommended Working Concentration:
0.1-0.5%
Shelf Life:
2 Years
Packaging Details:
Packed in kraft paper or PE bags with inner plastic bags, with each bag containing 25kgs, or 750kgs net big bag
Highlight:

anionic polyacrylamide water treatment powder

,

cationic polyacrylamide mining separation

,

nonionic polyacrylamide industrial separation

Product Description
Blufloc Series | Polyacrylamide for Russia and CIS

Polyacrylamide Powder for Water Treatment, Mining and Industrial Separation

Blufloc polyacrylamide (PAM; Russian: полиакриламид, ПАА) is a water-soluble polymer supplied in anionic, cationic and nonionic grades. It is engineered to improve flocculation, solid-liquid separation, clarification, sludge dewatering and water recovery across demanding operations in Russia and CIS markets.

Request Grade Selection
Send Your Water Data
3 ionic typesAnionic, cationic and nonionic
5-25 millionMolecular-weight range, depending on ionic type
89% minimumSolid content
25 kg / 750 kgStandard bag options
Product Overview

One Polyacrylamide Portfolio, Multiple Separation Challenges

Suspended solids behave differently from one process to another. Mineral particles in mine water, biological sludge at a municipal treatment plant, paper fibers in white water and fine solids in industrial effluent do not respond to the same polymer chemistry. Blufloc addresses this variation through a broad polyacrylamide portfolio with adjustable ionic character, molecular weight and charge degree.

In water, the selected polymer supports particle destabilization, inter-particle bridging and floc growth. Larger and stronger flocs can then be separated more efficiently by sedimentation, dissolved air flotation, thickening, filtration or mechanical dewatering. The practical objective is not simply to use PAM, but to select the grade that delivers the best treated-water quality and sludge behavior at an economical dose.

For Russia and CIS Buyers

Designed for practical regional operating conditions

Grade selection can be adapted to high-solids mineral streams, variable industrial wastewater, long transport routes and winter storage requirements. According to the TDS, unopened product should be stored at 0-35°C, protected from moisture and direct sunlight. Heated or temperature-controlled storage may therefore be required during severe winter conditions.

Polymer Types

Choose the Correct Ionic Type for the Solids You Need to Remove

Anionic PAM

High molecular weight for mineral and inorganic solids

Anionic polyacrylamide is commonly evaluated for raw-water clarification, mine water, tailings, coal washing, mineral processing, industrial wastewater and water-recovery circuits.

Molecular weight: 5-25 million
Charge degree: 5-100%
pH of 1% solution: 6-8
Cationic PAM

Effective for organic sludge and dewatering duties

Cationic polyacrylamide is commonly evaluated for municipal sewage sludge, biological sludge, paper-mill sludge and industrial sludge thickening or dewatering.

Molecular weight: 5-12 million
Charge degree: 5-80%
pH of 1% solution: 4-6
Nonionic PAM

Low-charge option for special water chemistries

Nonionic polyacrylamide may be tested when low ionic charge is preferred or when water chemistry limits the performance of strongly charged polymers. Final suitability should be confirmed by laboratory testing.

Molecular weight: 5-12 million
Charge degree: 0-5%
pH of 1% solution: 6-7
Technical Data

Blufloc Polyacrylamide Typical Product Properties

The following values are based on the supplied Blufloc Polyacrylamide Powder TDS. Individual grades should be confirmed on the product-specific specification or certificate of analysis before purchase.

Property Anionic Cationic Nonionic
Appearance Off-white granular powder Off-white granular powder Off-white granular powder
Particle size 20-100 mesh 20-100 mesh 20-100 mesh
Molecular weight 5-25 million 5-12 million 5-12 million
Charge degree 5-100% 5-80% 0-5%
Solid content 89% minimum 89% minimum 89% minimum
Bulk density Approx. 0.8 Approx. 0.8 Approx. 0.8
Residual monomer 0.05% maximum 0.05% maximum 0.05% maximum
Recommended working concentration 0.1-0.5% 0.1-0.5% 0.1-0.5%
pH, 1% aqueous solution 6-8 4-6 6-7
Storage temperature 0-35°C 0-35°C 0-35°C
Shelf life 2 years 2 years 2 years
Technical note: The family TDS labels the charge row as “Anionic Degree.” On this landing page it is presented as “Charge Degree” so the values can be compared correctly across anionic, cationic and nonionic products. Exact ionic character and molecular weight should be selected against the real process water or sludge.
Regional Applications

Polyacrylamide Applications Across Russia and CIS Industries

Mining and Metallurgy

Tailings thickening, mineral slurry settling, concentrate clarification, process-water recycling and dewatering in gold, copper, iron, coal and other mineral operations.

Coal Washing

Fine coal and clay separation, tailings settling, thickener performance, filter-feed conditioning and recovery of reusable process water.

Municipal Wastewater

Primary clarification, sludge thickening and conditioning before belt press, centrifuge, screw press or other mechanical dewatering equipment.

Industrial Wastewater

Primary, secondary and tertiary separation; suspended-solids removal; dissolved air flotation; sludge dewatering and water-reuse preparation.

Pulp and Paper

Fiber and filler retention, white-water recovery, clarification and sludge conditioning. The selected ionic type must match furnish chemistry and the wet-end program.

Oil and Gas

Application-specific grades may be evaluated for drilling fluids, enhanced oil recovery, fluid-loss control, lubrication and shale stabilization, subject to field-fluid testing.

Raw Water and Power

Clarification of source water and scrubber water, settling improvement and dewatering of lime-alum sludge where the polymer is compatible with the overall treatment train.

Sugar and Process Industries

Juice clarification, mud settling, brine clarification and other solid-liquid separation processes that require fast floc formation and clear supernatant.

Construction and Soil

Selected grades can support soil stabilization, road works and construction-water treatment. Performance must be validated for the soil, water and equipment used.

Selection Guide

How to Select a Polyacrylamide Grade

A polymer name alone does not define performance. Ionic type, molecular weight and charge degree must be matched to particle surface chemistry, water quality, pH, salinity, temperature, upstream coagulants and the separation equipment.

Process condition
Recommended starting point
What to verify
Mineral slurry, tailings or inorganic suspended solids
Anionic polyacrylamide
Settling rate, overflow clarity, floc strength, underflow density and water recovery
Biological, municipal or organic industrial sludge
Cationic polyacrylamide
Filtrate clarity, cake solids, polymer dose, throughput and release from dewatering media
Low-charge or chemistry-sensitive separation
Nonionic polyacrylamide
Compatibility, floc formation, response across pH and interaction with existing chemicals
Existing PAC, ferric salt or other coagulant program
PAM as a coagulant aid
Addition order, mixing intensity, dose optimization and total treatment cost per cubic meter
Important: Polyacrylamide may reduce coagulant consumption in some systems, but it should not be presented as an automatic replacement for PAC, alum or ferric salts. Jar tests or sludge-screening tests are required before plant-scale changes.
Solution Preparation

How to Dissolve and Use Blufloc Polyacrylamide Powder

Use clean make-up water.Check the water quality and make sure the mixing tank and dosing system are clean. Contaminants or incompatible chemicals can affect polymer activation.
Prepare a 0.1-0.5% solution.This is the recommended working concentration stated in the TDS. Select the concentration according to solution viscosity, pump capability and dosing accuracy.
Add powder slowly and evenly.Disperse the granules into the moving water without dumping them in one place. Proper wetting helps prevent fish-eyes and undissolved lumps.
Mix at 200-400 rpm.The TDS recommends this agitation range and warns against excessive shear, which can damage the polymer chains and reduce performance.
Allow approximately one hour for dissolution.Actual time varies with polymer type, water quality, temperature and mixing conditions. Use only after the solution is uniform and free from visible lumps.
Optimize the plant dose by testing.Compare floc size and strength, settling or flotation behavior, treated-water clarity, sludge cake solids, throughput and total operating cost.
Equipment reference from the TDS: An approximately 1 HP agitator motor is suggested for a 1-2 m³ mixing tank. Final equipment sizing should be confirmed by the dosing-system supplier based on tank geometry and solution viscosity.
Performance Benefits

Why Use Blufloc Polyacrylamide?

01

Efficient at low dosage

Properly selected high-molecular-weight polymer can deliver strong flocculation at comparatively low treatment levels.

02

Faster solid-liquid separation

Supports larger floc formation, rapid settling and improved clarification, flotation, thickening or filtration.

03

Improved sludge dewatering

Can improve water release, equipment throughput and cake formation when the ionic type and dose are correctly matched.

04

Better water recovery

Clearer overflow or filtrate can support process-water recycling and reduce the volume of water carried with the sludge.

Packaging and Storage

Suitable Packaging for Industrial Supply

25 kg bags

Kraft paper or PE bags with an inner plastic liner for routine plant handling and flexible inventory control.

750 kg big bags

Net big-bag packaging for higher-volume industrial users and centralized polymer preparation systems.

Storage requirements

Keep sealed, dry and away from direct sunlight at 0-35°C. Shelf life is two years under recommended storage conditions.

Winter logistics: For destinations where ambient temperatures fall below 0°C, plan temperature-protected transit and indoor storage. Keep packaging dry because absorbed moisture can cause caking and reduce feeding reliability.
Technical Cooperation

From Polymer Screening to Plant Validation

The fastest route to a suitable polyacrylamide grade is a structured comparison under representative conditions. For new projects, provide the application, flow rate, water or sludge analysis, current chemical program, separation equipment and performance target. For replacement projects, include the current product type, working concentration, dose and the problem you want to solve.

Laboratory screening

Compare several ionic types and charge levels using the actual water, slurry or sludge whenever possible.

Process compatibility

Check the polymer against existing coagulants, pH adjustment, salinity, temperature, pumps and separation equipment.

Plant trial

Confirm performance under changing feed conditions and evaluate cost per treated cubic meter or tonne of dry solids.

Frequently Asked Questions

Polyacrylamide FAQ for Russia and CIS Customers

What is polyacrylamide?

Polyacrylamide is a water-soluble polymer used to modify water viscosity or to promote flocculation and solid-liquid separation. Blufloc powder is available in anionic, cationic and nonionic types.

Should I choose anionic or cationic polyacrylamide?

Anionic PAM is a common starting point for mineral and inorganic suspended solids, while cationic PAM is commonly screened for organic and biological sludge dewatering. The correct product must be confirmed with the actual process material.

What concentration should be used to prepare the PAM solution?

The supplied TDS recommends a working solution concentration of 0.1-0.5%. The final concentration should also suit the viscosity range and capability of the preparation and dosing system.

How long does polyacrylamide powder take to dissolve?

Approximately one hour of agitation is generally required, although dissolution time varies with ionic type, water quality, temperature and mixing conditions. The solution should be uniform and free of lumps before use.

Can Blufloc polyacrylamide be stored outdoors during winter?

The TDS specifies a storage range of 0-35°C and protection from direct sunlight. In severe winter climates, use dry indoor or temperature-protected storage and plan protected transport when temperatures are below 0°C.

Can PAM replace PAC, alum or ferric coagulants?

In some systems, optimized PAM use may reduce coagulant demand. However, PAM is often used as a flocculant or coagulant aid and should not automatically replace primary coagulants without comparative jar testing.

What is the correct polyacrylamide dosage?

There is no universal dosage. It depends on solids concentration, particle chemistry, pH, salinity, temperature, upstream chemicals, mixing energy and separation equipment. Determine the starting dose through laboratory screening and confirm it in a controlled plant trial.

What packaging is available?

Blufloc polyacrylamide powder is packed in 25 kg kraft paper or PE bags with inner plastic liners, or in 750 kg net big bags.

What information is needed for grade selection?

Send the industry and application, daily flow, pH, suspended solids or sludge concentration, water chemistry, current treatment chemicals, separation equipment, current dosage and required discharge or process target. A representative sample provides the most reliable basis for screening.

Request a Recommendation

Find the Right Polyacrylamide for Your Process

Whether you operate a mine, coal preparation plant, municipal wastewater facility, paper mill, industrial treatment system or oilfield process in Russia or the CIS, the best result begins with the correct grade and a representative test. Send your operating data to receive a focused starting recommendation.

Application and industry
Water, slurry or sludge data
Flow rate and equipment
Current chemicals and dosage
Required treatment target
Estimated annual demand