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Cationic polyacrylamide, a flocculant, sewage precipitant, and sludge dewatering agent with the appearance of white particles. buy - large image1

Cationic polyacrylamide, a flocculant, sewage precipitant, and sludge dewatering agent with the appearance of white particles. buy - image1

Cationic polyacrylamide, a flocculant, sewage precipitant, and sludge dewatering agent with the appearance of white particles. buy - image2

Cationic polyacrylamide, a flocculant, sewage precipitant, and sludge dewatering agent with the appearance of white particles. buy - image3

Cationic polyacrylamide, a flocculant, sewage precipitant, and sludge dewatering agent with the appearance of white particles. buy - image4

Cationic polyacrylamide, a flocculant, sewage precipitant, and sludge dewatering agent with the appearance of white particles.

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CAS No.:

9003-05-8

Grade:

Industrial Grade

Content:

90%

Port:

Qingdao Port

Brand:

zhencheng

Packaging:

25kg PE plus kraft paper packaging

Price valid (until):

2026-03-25

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Henan Zhencheng Environmental Protection Technology Co., Ltd

Company Type:

Manufactory

Location:

China

Qualification:

Main Products:

Polyacrylamide,Polyaluminum Chloride,Poly Ferric Sulfate,Aluminium Sulfate,Activated Carbon / Activated Charcoal,Quartz Sand Filter Media

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Product Description
Seller Information
Inquiry History

Description

Product Introduction of Cationic Polyacrylamide

Cationic Polyacrylamide (CPAM) is a linear polymer with cationic active groups such as quaternary ammonium salts on its molecular chain. It is synthesized by copolymerizing acrylamide monomers with cationic monomers and possesses excellent functions of adsorption bridging, electric neutralization, and net trapping and sweeping. It is widely used in various industrial fields such as water treatment, papermaking, oil exploitation, and mining and metallurgy, and is one of the indispensable high-efficiency additives in industrial production. With advantages such as strong pertinence, stable effect, and low dosage, this product has become the core agent for organic system treatment. The following is a comprehensive and detailed description from aspects such as core product characteristics, specification parameters, quality standards, product pictures, and usage instructions to ensure that the information is accurate, practical, and suitable for the needs of various application scenarios.

Shop Cationic polyacrylamide, a flocculant, sewage precipitant, and sludge dewatering agent with the appearance of white particles.-Detailed Image 1

1.Core Features of the Product

1.1 Structural and Performance Characteristics

The core advantage of CPAM stems from the positive charge groups on its molecular chain (such as methacryloyloxyethyltrimethylammonium chloride, DMC), endowing it with an inherent ability to "target" and adsorb negatively charged pollutants. The mechanism of action is similar to "positive magnet attracting negative," enabling it to quickly combine with negatively charged colloids, organic matter, and microorganisms (such as proteins and humic acids) in water, thereby achieving rapid destabilization, flocculation, and separation of pollutants. The length of its molecular chain can be flexibly adjusted, resulting in flocs that are compact, high in density, not easily broken, and have excellent filterability. This can significantly improve the efficiency of solid-liquid separation, making it particularly suitable for the treatment of organic systems.

The product has excellent water solubility and can dissolve slowly even in cold water. With moderate stirring (rotational speed 100-200 r/min), the solid powder can be completely dissolved within 30-60 minutes, while the emulsion-type product can shorten the dissolution time to 5-10 minutes. There is no obvious caking phenomenon, and it can quickly transform into a viscous solution with flocculating activity, meeting the high-efficiency requirements of industrial continuous operations. At the same time, it has good salt resistance and can maintain a stable flocculating effect in low-salinity water. The applicable pH range is 3-10, which is suitable for the water quality conditions of most industrial wastewater.

1.2 Core advantages of the product

Strong targeting: Specifically adapted to negatively charged organic colloids, sludge, and organic wastewater systems. The treatment effect is far superior to that of anionic and non-ionic polyacrylamide, especially showing significant advantages in organic sludge dewatering and organic wastewater purification.

Excellent dehydration performance: It can penetrate the cell walls of sludge, release bound water, make sludge flocs compact, significantly reduce the moisture content of sludge. When used with filter press equipment, it can reduce the moisture content of sludge to 75%-80%, reduce the volume of sludge, and facilitate subsequent landfilling, incineration or resource utilization.
Low dosage and high efficiency: The conventional dosage is only 0.01-10ppm (0.01-10g/m³). A small amount of dosage can achieve ideal flocculation and dehydration effects. When used in conjunction with inorganic flocculants (such as PAC, PFS, etc.), it can significantly improve the treatment effect, reduce the dosage of inorganic agents, and lower the treatment cost.
Wide range of applicable scenarios: It can be adapted to organic wastewater treatment, sludge dewatering and other auxiliary scenarios in different industries, and can flexibly adjust the ionicity and molecular weight according to water quality requirements to achieve precise matching.
Convenient storage and transportation: Solid products (powders, granules) have strong stability, a long storage period (12 months), are not easy to degrade, and are packaged in moisture-proof packaging, making them convenient for long-distance transportation and long-term storage; although emulsion-type products have a shorter storage period (within 6 months), they dissolve quickly and are suitable for on-site emergency dosing.

2、Product specification parameters

This product can be divided into solid powder type and solid particle type according to its physical form. The specification parameters of products in different forms can be customized according to the actual needs of customers. The core parameters include key indicators such as ionicity, molecular weight, and solid content. The specific standard parameters are shown in the table below, and special specifications can be customized and produced as required.

Product form	Degree of ionization (%)	Molecular weight (10,000)	Solid content (%)	Particle size/viscosity	Dissolution time (min)	Applicable pH range	Main purpose
Solid powder	50-80	500-2000	≥90 (industrial grade), ≥98 (high-purity grade)	80-100 mesh, no obvious agglomeration	30-60	3-10	Sludge dewatering, organic wastewater treatment, papermaking retention and drainage aid
solid particles	50-80	500-1800	≥88 (Industrial Grade)	10-40 mesh, uniform particles	40-80	3-10	Municipal sludge dewatering, mine wastewater treatment (with less dust emission)

Supplementary explanation

Ionicity: A core parameter, referring to the content of cationic groups. The higher the ionicity, the better the dewatering effect on organic sludge, and the corresponding higher the price. Routine selection can be adjusted according to the type of sludge (for example, 30%-50% is selected for municipal sludge, and 50%-60% is selected for printing and dyeing sludge).
Molecular weight: It affects the floc strength. The higher the molecular weight, the denser the flocs, which are not easy to break. It is suitable for high-concentration, hard-to-treat organic wastewater and sludge; products with lower molecular weight are more suitable for rapid flocculation of low-concentration wastewater.
Degree of hydrolysis: Usually 10%-30%, which is related to the pH value of the adapted water quality. It can be adjusted according to the pH value of the wastewater to ensure that the product exerts the best effect.
Mesh count: For powder type, 80-100 mesh is the conventional specification. The higher the mesh count, the faster the dissolution rate; for granular type, the lower the mesh count, the less dust is generated, which is suitable for scenarios with high environmental protection requirements.
3、Product quality standards

This product is produced in strict compliance with relevant national and industry standards. The core executive standard is GB/T 31246-2014 "Water Treatment Agent - Cationic Polyacrylamide", and it also refers to the relevant requirements of GB/T 13940-1992 to ensure stable product quality and qualified performance. The specific quality standards are as follows, and third-party testing reports can be provided.
3.1 Appearance Quality Standards
Solid powder type: white to slightly yellow powder, no visible impurities, agglomerates or foreign objects to the naked eye, uniform color, and no peculiar smell.

Solid particle type: white to slightly yellow particles, uniform in size, no caking, no excessive powder, and good fluidity.

3.2 Inspection rules

Factory Inspection: Each batch of products must undergo factory inspection. The inspection items include appearance, solid content, dissolution time, pH value, and ionicity. Products can only leave the factory after passing the inspection and having an inspection report issued.

Type Inspection: Type inspection is required when there are significant changes in raw materials or production processes, or during regular testing every 6 months. The inspection items cover all the above core indicators to ensure the stability of product quality.

Judgment Rules: If a single indicator is unqualified, re-sampling inspection can be conducted. If it is still unqualified, the batch of products shall be judged as unqualified and prohibited from leaving the factory and being sold.

3.3 Environmental protection and safety standards

The product itself is non-toxic and non-irritating, but residual monomers may have a slight impact on the environment. After use, it is necessary to ensure that wastewater is discharged after treatment to meet the standards. During storage and transportation of the product, it should be kept away from fire sources and oxidants, avoid contact with strong acids and alkalis, and comply with relevant national regulations on environmental protection and safe production. After operators come into contact with the product, they need to clean their skin with clean water in a timely manner and avoid long-term direct contact.

4、Product Usage

Due to its positive charge characteristics and excellent flocculation and dehydration performance, CPAM is widely used in multiple industrial fields. Its core applications focus on sludge dewatering and organic wastewater treatment. Meanwhile, it also has important applications in fields such as papermaking, oil extraction, and mining and metallurgy. The specific applications are as follows:

4.1Core purpose: Sludge dewatering treatment (primary purpose)

Suitable for dehydration treatment of various organic sludges. It destabilizes sludge colloids through electric neutralization, adsorbs and bridges to form tight flocs, and cooperates with equipment such as belt filter presses, plate and frame filter presses, and centrifugal dehydrators to achieve solid-liquid separation, significantly reducing sludge moisture content, reducing sludge volume, and facilitating subsequent disposal (landfill, incineration, resource utilization).

Municipal sludge: Activated sludge generated by urban sewage treatment plants. It is recommended to use a degree of ionization of 30%-50% with a dosage of 5-8mg/L. When used in conjunction with PAC, the sludge moisture content can be reduced to 75%-80%, with tight flocs and good water filterability.

Industrial sludge: Printing and dyeing sludge, papermaking sludge, slaughterhouse sludge, food processing sludge, chemical sludge, etc. The degree of ionization should be adjusted according to the organic content of the sludge (50%-60% for printing and dyeing sludge, 20%-30% for papermaking sludge) with a dosage of 8-12mg/L, which can effectively break the sludge colloid and improve dehydration efficiency.

4.2 Main purpose: Treatment of organic wastewater

It is suitable for the treatment of organic wastewater with neutral to acidic pH values (pH < 7). It can effectively remove pollutants such as colloids, suspended solids, proteins, and pigments in wastewater, reduce COD and chromaticity, and make the wastewater meet discharge standards. It is especially suitable for the treatment of wastewater with high organic content.

Food processing wastewater: Wastewater from slaughtering, breeding, fruit juice, beer, monosodium glutamate, etc., which contains a large amount of protein and suspended solids. The dosage is 6-10mg/L. When used in conjunction with PAC, it can quickly flocculate and settle, reducing COD by more than 50%.

Printing and dyeing wastewater: Contains organic pollutants such as dyes, cellulose, and auxiliaries. It is recommended to use a product with an ionicity of 40%-50% and a dosage of 8-12mg/L. When used in conjunction with lime to adjust the pH to 7-8, it can achieve decolorization and turbidity removal, enabling the wastewater to meet discharge standards.

Other organic wastewater: Including middle-stage papermaking wastewater, landfill leachate, leather wastewater, oily wastewater, etc. The dosage and ionicity can be adjusted according to the wastewater concentration to improve treatment efficiency and reduce treatment costs.

4.3 Auxiliary use: papermaking industry

Retention and drainage aids: Adsorb fine fibers and fillers (such as calcium carbonate) in pulp, improve fiber retention rate, reduce raw material loss, and at the same time accelerate water filtration speed and enhance paper production efficiency.

Paper strengtheners: Combine with paper fibers to enhance the dry strength, folding endurance and tear strength of paper, improve paper quality and reduce production costs.

White water treatment: Treat papermaking white water, recover fibers, reduce COD in white water, and realize the recycling of water resources.

4.4 Other uses

Petroleum Industry: As a drilling mud treatment agent, it increases mud viscosity, prevents the precipitation of solid particles, and stabilizes the wellbore; as a tertiary oil recovery displacement agent, it improves oil recovery efficiency through thickening.

Mining and Metallurgy: Used in the clarification treatment of mineral processing wastewater and coal washing wastewater, flocculating mineral slime and coal slime, clarifying water quality, and recovering useful minerals; in phosphoric acid purification, it helps in the separation of gypsum in the wet-process phosphoric acid process.

Other Fields: Dye fixing in the textile printing and dyeing industry; soil improvement, acting as a water-retaining agent or structural improver to enhance soil aggregate structure; water treatment in waterworks (using river water sources), serving as a flocculant to improve water clarity.

Dissolution method

Dissolution ratio: Solid products need to be formulated into a 0.1%-0.3% aqueous solution. Direct addition of dry powder is strictly prohibited (it is easy to agglomerate, form "fish eyes", cannot be dissolved, and affect the use effect).

Dissolution water: Use tap water or softened water. Avoid using strong acid, strong alkali, or high-salinity water. The water temperature should be controlled at 20-40℃ (too low water temperature slows down the dissolution rate, while too high temperature will destroy the molecular chain and reduce product performance).

Dissolution steps: Add a certain amount of clear water to the dissolution tank, turn on the stirrer, and adjust the rotation speed to 100-200 r/min (excessively fast rotation speed will cut the molecular chain and reduce the flocculation effect); slowly and evenly sprinkle the CPAM product, stirring while sprinkling to avoid powder accumulation and agglomeration; continue stirring for 30-60 minutes (for solid powder) until the solution is transparent and viscous with no visible particles to the naked eye, then it can be put into use.

Adding method

Dosing method: Add the dissolved CPAM solution uniformly into the treatment system through a metering pump. Select a position with sufficient stirring for the dosing point to ensure that the solution is fully mixed with the material to be treated. After flocs appear, reduce the stirring speed to facilitate the growth and sedimentation of the flocs.

Suitable for dehydration treatment of various organic sludges. It destabilizes sludge colloids through electric neutralization, adsorbs and bridges to form tight flocs, and cooperates with equipment such as belt filter presses, plate and frame filter presses, and centrifugal dehydrators to achieve solid-liquid separation, significantly reducing sludge moisture content, reducing sludge volume, and facilitating subsequent disposal (landfill, incineration, resource utilization).

Municipal sludge: Activated sludge generated by urban sewage treatment plants. It is recommended to use a degree of ionization of 30%-50% with a dosage of 5-8mg/L. When used in conjunction with PAC, the sludge moisture content can be reduced to 75%-80%, with tight flocs and good water filterability.

Industrial sludge: Printing and dyeing sludge, papermaking sludge, slaughterhouse sludge, food processing sludge, chemical sludge, etc. The degree of ionization should be adjusted according to the organic content of the sludge (50%-60% for printing and dyeing sludge, 20%-30% for papermaking sludge) with a dosage of 8-12mg/L, which can effectively break the sludge colloid and improve dehydration efficiency.

Basic Info

Product Name:

Polyacrylamide

Other Name:

2-Propenamide,homopolymer;Acrylamide,polymers;Acrylamide polymer;Polyacrylamide;Cyanamer P 250;PAA 1;Sumirez A 27;Pamid;Cyanamer P 35;Sumirez A 17;PAM 50;Solvitose 433;American Cyanamid KPAM;Aminogen PA;AP 273;Dow ET 597;Dow J 100;ET 597;J 100 (polymer);K-PAM;PAM;Cytame 5;P 300 (polyacrylamide);Sursolan P 5;Sanpoly A 520;P 250 (polymer);PAM (homopolymer);American Cyanamid P 250;Himoloc OK 507;J 100;P 250;Acrylamide homopolymer;Himoloc SS 200;Praestol 2800;Versicol W 11;PAA 70L;Polyacrylamide resin;Stokopol D 2624;Flygtol GB;K 4 (acrylic polymer);Gelamide 250;Dow 164;Diaclear MA 3000H;Migunon NS;Calgon 470;K 4;Calgon 800;Plex 4847D;Nalco Lp 3033;Solidokoll K;Polysic;Polymerset C 305;Aron F 40;TY 007;Versicol W 25;DP 1916;Cogum 25H;Polystron 117;KAL 13;Stargum AD-S;P 300;Texapret AM;Polystron 194-7;Get-Down;Nalco 7871;Versicol WN 15;Zonen A;Viterra II;NL;X-Coat P 130C;Sepaflux CE 5174;Praestol 2810/73;Boze Floc N 46BT;Polias 320;GPA-u;AMF;38F;Hiset P 700;Alcoflood 1175;Cogum 20P;Magnifloc 900N;Hiset P 700SN;Praestol 6000;2J;Versicol W 17;KW 677;Polyhall 2J;Nalco 8871;Percol 333;Polyhall 5J;Diaclear MN 3000H;Polyacron KR 143;BanDrift;Sedipur TF;Sedipur TF 514;PC 305;Tulsepar PNS 1;Seabetter AD;Formula 358;Santac SP 66;Mirbane 301;Santac SP 67;DK Dry Capsule ESP;Polystron 191;X-Coat P 180S;E 936;Polystron 145;Pomosist 117;Cyanamer N 300LMW;DP 9-6193;Sumifloc FN 10H;Instar NS;9082-06-8;12624-24-7;25038-45-3;27754-57-0;31566-42-4;33338-03-3;39355-07-2;39387-77-4;51312-40-4;57679-11-5;68247-81-4;72270-86-1;79079-15-5;104981-89-7;114265-35-9;122177-63-3;124262-35-7;129774-19-2;133522-77-7;143180-09-0;143180-13-6;143180-22-7;143749-07-9;200138-95-0;210353-85-8;223905-39-3;443682-77-7;449742-46-5;1226898-28-7;1229457-12-8;1400274-08-9;1621105-90-5;1621105-93-8;2098539-70-7;2113610-86-7

CAS No.:

9003-05-8

Molecular Formula:

(C3H5NO)x

InChIKeys:

InChIKey=HRPVXLWXLXDGHG-UHFFFAOYSA-N

Molecular Weight:

71.07790

Exact Mass:

71.03710

EC Number:

201-173-7

HScode:

3906901000

Categories:

Flocculant

Characteristics

PSA:

43.09000

XLogP3:

0.35800

Appearance:

Acrylamide appears as white crystalline solid shipped either as a solid or in solution. A confirmed carcinogen. Toxic by skin absorption. Less dense than water and soluble in water. May be toxic by ingestion. Used for sewage and waste treatment, to make dyes, adhesives. The solid is stable at room temperature, but upon melting may violently polymerize. Toxic, irritating to skin, eyes, etc.

Density:

1.3 g/cm3

Melting Point:

246 °C

Boiling Point:

347-572°F (Decomposes)

Flash Point:

>230 °F

Refractive Index:

n20/D 1.452

Water Solubility:

H2O: soluble

Storage Conditions:

Refrigerator

Vapor Pressure:

Vapour pressure, Pa at 25°C: 0.9

Vapor Density:

Relative vapour density (air = 1): 2.45

Toxicity:

LD50 oral in rabbit: 11250mg/kg

Flammability characteristics:

Combustible Solid (may also be dissolved in flammable liquids).

Explosive limit:

A VIOLENT EXPLOSION OCCURRED DURING COMMON LAB PROCEDURE OF DISSOLVING ELECTROPHORESIS POLYACRYLAMIDE GELS WITH H2O2, IN ORDER TO MEASURE RADIOACTIVE SPECIES BY SCINTILLATION COUNTING.

Odor:

Odorless

PH:

pH = 5.0-6.5 /50% aqueous solution/

See More Polyacrylamide Properties 

Hazard Identification

Classification of the substance or mixture

Not classified.

GHS label elements, including precautionary statements

Precautionary statement(s)
Pictogram(s)	No symbol.
Signal word	No signal word
Hazard statement(s)	none
Prevention	none
Response	none
Storage	none
Disposal	none

Other hazards which do not result in classification

no data available

Handling and Storage

Precautions for safe handling

Handling in a well ventilated place. Wear suitable protective clothing. Avoid contact with skin and eyes. Avoid formation of dust and aerosols. Use non-sparking tools. Prevent fire caused by electrostatic discharge steam.

Conditions for safe storage, including any incompatibilities

Store the container tightly closed in a dry, cool and well-ventilated place. Store apart from foodstuff containers or incompatible materials.

See More Polyacrylamide Safety Data Sheet 

Seller Information

Business Type:
Manufactory

Main Products:
Polyacrylamide,Polyaluminum Chloride,Poly Ferric Sulfate,Aluminium Sulfate,Activated Carbon / Activated Charcoal,Quartz Sand Filter Media

Location:
No. 162, Shuanghe Village, Jiajinkou Town, Gongyi City

Payment Terms:
TT against copy of documents,D/P,L/C,100% TT in advance

Year of Establishment:
2014

Certifications:
trademark,Business License
Henan Zhencheng Environmental Protection Technology Co., Ltd., founded in 2000, focuses on deep cultivation in the environmental protection field. It is mainly engaged in the whole-process services of production, sales, inspection, analysis and on-site commissioning of water treatment chemicals, water purifiers, activated carbon, filter media and fillers, and is committed to providing professional and efficient water treatment solutions for various industries.

The company's main products cover multiple series, including:

Polyacrylamide (PAM)

Polyaluminum Chloride (PAC)

Poly Aluminum Ferric Chloride

Poly Ferric Sulfate (PFS)

Ferrous Sulfate

Activated Carbon

Filter Media

Fillers, etc.

The company always adheres to the bottom line of quality. Its products strictly implement relevant national and industry standards, and adopt advanced production processes and testing equipment to ensure that each batch of products meets quality requirements. With stable and reliable product quality, the company's products are widely used in many core fields such as papermaking, printing and dyeing, sewage treatment, chemical industry, coal gas, metallurgy, urban construction and environmental protection, providing strong support for water purification and environmental governance in various industries.

Over the years, the company has deeply cultivated the market and pursued innovation. Its products are sold to many countries and regions at home and abroad. With high-quality products and considerate services, it has won high praise and wide trust from global users, and its brand popularity and industry influence have steadily improved.

Upholding the philosophy of "equality and mutual benefit, friendly cooperation and win-win development", Henan Zhencheng Environmental Protection Technology Co., Ltd. is willing to make acquaintances with friends from all walks of life at home and abroad, carry out comprehensive and in-depth cooperation in environmental protection engineering project construction, technical exchange, product promotion and other aspects, work together to purify water quality, protect the ecological environment, and build a beautiful home where man and nature live in harmony.

Inquiry History

73 Inquiries

Country	Product	Purchase Quantity	Date Posted
Philippines	Polyacrylamide (PAM) 100% white powder CAS 9003-05-8	500 KG	Sep 11, 2023
Switzerland	Fast Delivery Petrochemical Materials Anionic Polyacrylamide Pam Polymer CAS 9003-05-8 EU UK	20000 MT	Sep 1, 2023
Malaysia	Polyacrylamide	1.00 KG	Apr 30, 2026
India	Cationic Polyacrylamide (C-PAM HM) – Liquid	8000 MT	May 14, 2026
Turkey	Polyelectrolyte	100 MT	Jan 29, 2024
India	Poly acrylamide (Antiscalant)	50.00 KG	Feb 29, 2024
India	Cationic Polyelectrolyte Powder	25.00 KG	Sep 8, 2023
India	Poly Acrylamide	750 KG	Mar 24, 2025
India	Poly Acrylamide ( PAM )	750.00 KG	Mar 26, 2025
India	Anionic Polyacrylamide	300 KG	Apr 21, 2025
Mexico	Polyacrylamide	10 TON	Nov 23, 2023
India	Polyacrylamide	1.00 KG	Apr 29, 2026
Philippines	Polyacrylamide	1 MT	Feb 27, 2026
India	Polyacrylamide	15.00 MT	Feb 24, 2026
India	Polyacrylamide	3.00 MT	Feb 6, 2026
Georgia	Anionic Polyacrylamide (Anionic Poly)	1500 KG	Dec 8, 2025
South Korea	polyacrylamide	1 PCS	Dec 3, 2025
United Arab Emirates	Polyacrylamide	3000 KG	Nov 24, 2025
South Africa	Polyacramide	1 20' Fcl	Oct 13, 2025
Egypt	Poly aclyrimide	1.00 20' Fcl	Oct 9, 2025

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Cationic polyacrylamide, a flocculant, sewage precipitant, and sludge dewatering agent with the appearance of white particles.

Product Description

Seller Information

Inquiry History

1.Core Features of the Product

1.1 Structural and Performance Characteristics

1.2 Core advantages of the product

2、Product specification parameters

Supplementary explanation

3、Product quality standards

3.2 Inspection rules

3.3 Environmental protection and safety standards

4、Product Usage

4.1Core purpose: Sludge dewatering treatment (primary purpose)

4.2 Main purpose: Treatment of organic wastewater

4.3 Auxiliary use: papermaking industry

4.4 Other uses

Dissolution method

Adding method

Classification of the substance or mixture

GHS label elements, including precautionary statements

Other hazards which do not result in classification

Precautions for safe handling

Conditions for safe storage, including any incompatibilities

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