High-MW polyacrylamide flocculant for sludge dewatering and solid-liquid separation. Supports water based drilling fluids conditioning and works as a polymer to reduce mud loss in field fluid systems.
This High-MW polyacrylamide polymer is developed for industrial operators requiring advanced flocculation and dewatering solutions. As a polyacrylamide supplier specializing in water treatment performance, our product serves municipal wastewater facilities and drilling fluid management teams alike. Users benefit from a widely compatible polyacrylamide powder that addresses varied charge requirements through anionic, cationic, and nonionic types. These tailored options extend the product’s utility across processes demanding enhanced solid-liquid separation, ensuring procurement managers and engineers receive a product engineered for process consistency and audit-readiness.
Formulated with a molecular weight ranging between 8 and 24 million, this polyacrylamide powder ensures strong bridging and efficient floc formation. As a polyacrylamide manufacturer, we maintain solid content ≥89% with residual monomer limits below 500 ppm, guaranteeing product purity and safety. The polymer dissolves within 45 to 60 minutes under controlled agitation, accelerating process integration without sacrificing stability. Its viscosity modulation—available in high, medium, and low grades—permits precise adaption to specific operational demands. These technical parameters position this polyacrylamide polymer as a reliable reagent for achieving controlled separation and mud loss reduction in water-based drilling fluid systems.
Widely applied in wastewater treatment plants and drilling fluid conditioning, this polyacrylamide powder supports enhanced filtration stability and improved sludge cake dryness. Its incorporation reduces hazardous sludge volume and disposal expenditures, simultaneously stabilizing downstream equipment loading. For drilling operations, it controls mud loss and minimizes particle carryover, aligning with environmental compliance and operational efficiency objectives. polyacrylamide manufacturers endorse this product for its ability to maintain batch quality and performance auditable over time, offering industrial customers a dependable flocculant and conditioner essential to water management and fluid treatment workflows.
Designed for seamless integration within water treatment and drilling fluid additive systems, this polyacrylamide powder features tailored ionic types—anionic, cationic, and nonionic—allowing compatibility across diverse process chemistries. As a polyacrylamide manufacturer focused on scalable production, we implement stringent quality control measures maintaining consistent molecular weight distribution and low residual monomer content. The polymer’s packaging is standardized to optimize logistics and preserve integrity during transport, ensuring industrial buyers receive uniform material adapted for batch processing. This systematic approach ensures that engineers and procurement teams can incorporate the polyacrylamide polymer into existing infrastructures with minimal adjustment, facilitating operational continuity.
The high molecular weight attributes of this polyacrylamide polymer translate to superior flocculation efficiency, reducing chemical consumption and enhancing sedimentation rates in treatment processes. From the standpoint of usability, the polyacrylamide powder dissolves rapidly under controlled agitation, cutting preparation time and ultimately improving throughput. This performance stability mitigates viscosity fluctuations common in drilling fluid formulations, thereby supporting consistent drilling operations. End users benefit from lower disposal costs due to drier sludge cake formation and improved filtration cycles, delivering measurable ROI through enhanced process control and reduced downtime. The product’s reliable supply from an established polyacrylamide supplier further assures customers of ongoing operational support.
Polyacrylamide also called PAM,Polymer,Flocculants,Polyelectrolytes.It is water-soluble polymers, insoluble in most organic solvents, has good flocculation, can reduce the frictional resistance between the liquids, according to the ionic character it has many types.
SHN Brand Polyacrylamide Classification
(1).Anionic Polyacrylamide(APAM)
Anionic Polyacrylamide(APAM),copolymerized by acrylamide and acrylate,is a polymer with super high molecular weigt which over 24 million.It has great adsorption-bridge effect,good watersolubility,even can be completely dissolved in cold water.
Anionic Polyacrylamide Specification
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Item
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Specification
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Appearance
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White Powder or Granule
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Solid Content%
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≥89%
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Molecular Weight
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8-24 Million
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Hydrolysis Degree
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5%-40%
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Viscosity
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High,Medium,Low
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Residual Monomer
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≤500ppm
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Insoluble Matter
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0.2% max
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Dissloving Time
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45-60 Minutes
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| Item | Specification |
| Appearance | White Powder or Granule |
| Solid Content% | ≥89% |
| Molecular Weight | 8-12 Million |
| Cation Degree | 10%-60% |
| Viscosity | Medium,Low |
| Residual Monomer | ≤500ppm |
| Insoluble Matter | 0.2% max |
| Dissloving Time | 45-60 Minutes |
| Item | Specification |
| Appearance | White Powder or Granule |
| Solid Content% | ≥89% |
| Molecular Weight | 8-12 Million |
| Hydrolysis Degree | 0%-1% |
| Viscosity | Medium,Low |
| Residual Monomer | ≤500ppm |
| Insoluble Matter | 0.2% max |
| Dissloving Time | 45-60 Minutes |
(1.) Paper Industry Wastewater Treatment.
(2.) Steel Industry Wastewater Treatment.
(3.) Dyeing Industry Wastewater Treatment.
(4.) Aquaculture Wastewater Treatment.
(5.) Mineral Processing Use.
(6.) Sludge Dewatering and Solid-Liquid Separation
(7.) Municipal Sludge Dewatering
(8.) Construction Bore Pile Use
(9.) Oil Drilling Use
1.25 kgs,1000 kgs bag.
2.Accpet bag design according to client's requirement.
3.Please store in cool and dry place.
In municipal and industrial wastewater treatment environments, this polyacrylamide powder acts as an essential flocculant to improve sludge dewatering and solid-liquid separation processes. Operators employ it to accelerate sedimentation upstream of filtration equipment such as belt presses and centrifuges. The product’s high molecular weight polymer chains form robust flocs that settle rapidly, lowering suspended solids and enhancing effluent clarity. Its compliance with regulatory limits on residual monomer content also supports environmental safety standards. Integration into automated dosing systems allows precision delivery, ensuring consistent batch quality and enabling operators to optimize plant throughput while maintaining reliable flocculation performance.
Within drilling fluid management systems, the polyacrylamide polymer functions as an additive to reduce mud loss and stabilize fluid viscosity in water-based formulations. Drilling engineers utilize this polyacrylamide powder to control fine solids carryover and improve conditioning of mud additives, which minimizes chemical consumption and drilling downtime. Its customizable ionic types enable precise tailoring to site-specific formation chemistries, enhancing operational efficiency. The polymer’s rapid dissolution profile expedites batch preparation, fitting seamlessly into fluid management workflows and supporting compliance with environmental discharge regulations. This ensures a stable drilling fluid properties profile essential for efficient and environmentally responsible drilling operations.
Use Scenarios
Municipal Sludge Dewatering and Centrifuge Optimization
In municipal wastewater treatment plants running belt presses or centrifuges, SHN PAM is prepared in a standard make-down unit and dosed upstream of the dewatering step to improve floc strength and drainage. Operators tune polymer type and feed rate to match seasonal swings in solids loading and biological sludge characteristics, targeting lower filtrate turbidity and higher cake dryness while protecting equipment from overload. When sites also manage construction dewatering or temporary drilling-related water handling, the same polymer supply can support water based drilling fluids conditioning tasks and serve as a polymer to reduce mud loss in auxiliary fluid loops. This workflow integration helps procurement teams align stocking levels, documentation, and supplier qualification expectations commonly applied to drilling chemicals manufacturer deliverables.
Construction Bore Pile and Foundation Drilling Fluid Control
On bore pile and foundation drilling projects, fluid stability and solids management directly affect bore integrity, tool performance, and spoil handling. SHN PAM can be introduced into the circulation system to promote controlled flocculation of fines, improving separation efficiency at shakers/settling pits and reducing the volume of suspended solids returning to the hole. When engineered as part of a broader drilling mud additives plan, the polymer supports filtration management in water based drilling fluids, helping limit seepage and fluid loss in permeable formations and improving overall hole-cleaning consistency. The material’s defined quality limits and packaging options simplify site logistics and vendor auditing for contractors selecting a compliant drilling mud additives supplier with consistent batch traceability.
