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.
Process Fit for Treatment Operators and Drilling-Fluid Teams
SHN polyacrylamide (PAM) is engineered for industrial water treatment plants, EPC contractors, and operations teams that need repeatable clarification and dewatering performance under variable feed conditions. The same polymer backbone also supports fluid conditioning programs where a consistent supply chain and documentation matter, including procurement teams sourcing from a qualified drilling chemicals manufacturer. In circulating systems, PAM can be introduced as part of drilling mud additives programs to improve solids control efficiency and reduce fine particle carryover that drives viscosity and filtration instability. For projects requiring vendor consolidation, we position the product as a reliable option for buyers evaluating a long-term drilling mud additives supplier with stable batch control and export-ready packaging.
Measured Specifications for Stable, Auditable Performance
The product is delivered as a white powder/granule with solid content ≥89%, residual monomer ≤500 ppm, and insoluble matter ≤0.2% to support compliance-driven operations. Multiple ionic types are available—anionic (hydrolysis 5–40%), nonionic (0–1%), and cationic (10–60%)—allowing selection based on charge demand and contaminant profile. Molecular weight options of 8–24 million provide tunable bridging strength for settling and sludge cake formation, with typical dissolving time of 45–60 minutes when prepared under controlled agitation. In fluid systems, the polymer can be evaluated as a polymer to reduce mud loss and as a conditioning aid for water based drilling fluids, with dosage optimized through filtration and rheology tests to prevent overdosing and shear-related loss of efficiency.
Industrial Outcomes Across Water Treatment and Field Fluid Systems
In municipal and industrial wastewater lines, SHN PAM improves floc formation, accelerates sedimentation, and increases press or centrifuge throughput by producing stronger, drainable flocs, often lowering polymer consumption when matched correctly to water chemistry. In paper, textile/dyeing, steel, aquaculture, and mineral processing, it supports clearer overflow and more manageable sludge disposal through better solid-liquid separation. For drilling-support operations, PAM can be deployed alongside drilling mud additives to stabilize fine solids and reduce filtration losses in water based drilling fluids, improving fluid management efficiency and helping meet site discharge or solids-handling targets. Procurement teams benefit from standardized packaging (25 kg or 1000 kg) and the supply reliability expected from a global drilling mud additives supplier.
System Design Advantages for Integration and Supply Stability
Our formulation and grade portfolio are designed to integrate into both wastewater treatment trains and drilling-fluid chemical programs without forcing a one-grade-fits-all compromise. Ionic type selection (anionic/cationic/nonionic), broad molecular weight coverage, and viscosity options allow engineering teams to map the polymer to clarifier performance, dewatering equipment, and site water chemistry. Packaging is standardized for containerized export and warehousing, with customization available to align with customer labeling and traceability requirements. This structured approach supports vendor qualification processes typical when working with a drilling chemicals manufacturer, and simplifies sourcing strategies for buyers consolidating spend with a single drilling mud additives supplier supporting both treatment and water based drilling fluids consumables.
Performance and User Value in Daily Operation
In operation, the polymer delivers strong adsorption-bridging and efficient floc growth, helping reduce carryover solids, shorten settling time, and improve sludge cake dryness—key levers for lowering disposal costs and stabilizing downstream equipment loading. Consistent batch quality reduces the need for frequent retuning of make-down concentration and feed rates, supporting predictable KPIs and labor efficiency. In circulating or mixed fluid systems, controlled dosing can function as a polymer to reduce mud loss while complementing drilling mud additives packages; the result is improved filtration control and less unplanned dilution, which protects fluid properties and reduces chemical spend volatility. For engineering users, the measurable specifications (monomer, insolubles, MW range) support auditable performance and safer handling protocols.
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.
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.
What types of polyacrylamide do you offer for wastewater treatment?
We provide anionic, cationic, and nonionic polyacrylamides designed specifically for diverse wastewater treatment applications. Our products ensure efficient flocculation and solid-liquid separation to meet your process needs.
Can you customize packaging sizes for polyacrylamide products?
Yes, we offer flexible packaging options including 25 kg and 1000 kg bags. Custom packaging designs are available to align with your logistical requirements and help optimize storage and transportation.
How do I properly store SHN Brand Polyacrylamide to maintain quality?
To preserve product performance and shelf life, we recommend storing polyacrylamide in cool, dry environments away from direct sunlight and moisture, ensuring it remains stable until use.
Are you a reliable drilling chemicals manufacturer for water-based drilling fluids?
As a experienced drilling chemicals manufacturer, we supply high molecular weight polyacrylamides that act as excellent drilling mud additives. Our polymers reduce mud loss and improve fluid performance in drilling applications worldwide.
