High-MW cationic PAM for sludge dewatering and solid-liquid separation, also specified by drilling contractors as a shale inhibition polymer and polymer for stable bore hole for consistent field performance.
Our cationic polyacrylamide powder is engineered for municipal wastewater facilities, EPC contractors, and O&M teams requiring effective sludge dewatering solutions. As a dependable product from an experienced polyacrylamide manufacturer, it fits seamlessly into diverse filtration setups including belt presses, screw presses, and plate-frame filters. This polymer is designed for consistent batch-to-batch quality, supporting reliable dosing and minimizing system downtime. By addressing key operational challenges of municipal sludge conditioning, this polyacrylamide solution makes it suitable for integration into automated process control units within wastewater treatment plants.
This polyacrylamide polymer features a high molecular weight (8–10 million) and a solid content above 89%, delivered in stable white powder or granule forms to ensure controlled dissolution in make-down units. Its low insoluble matter content (max 0.2%) significantly reduces dosing line clogging, maintaining flow stability in automated feed systems. The polymer’s neutral to slightly alkaline pH (7.0–8.0) enhances compatibility with typical municipal sludge treatment chemistries. With a hydrolysis degree maintained between 35% and 40% and a storage period of up to 24 months, the product offers dependable shelf life and performance reliability critical for procurement planning by polyacrylamide suppliers.
This polyacrylamide pam is widely applied in solid-liquid separation processes within municipal sewage sludge treatment, improving cake dryness and press throughput stability. Its functionality extends to demanding operational contexts such as fluctuating sludge loads in screw presses and varied conditioning regimes in plate-frame filtration. By improving flocculation and lowering friction resistance during sludge processing, it enhances operational efficiency and reduces overall treatment costs. The consistent performance and flexible packaging solutions provided by this polyacrylamide manufacturer enable smooth integration into wastewater treatment frameworks and contractual supply chains.
Our polyacrylamide powder product is designed with a high molecular weight and optimized hydrolysis degree to promote effective flocculation and stable dispersion in aqueous media. The stable white powder and granule forms allow controlled dissolution in automated dosing systems, ensuring uniform polymer activation. The minimal insoluble matter content prevents clogging in feed lines, enhancing operational continuity. Batch-to-batch consistency controlled by this polyacrylamide manufacturer supports process reproducibility across multiple installations, aligning with stringent industrial quality standards and facilitating integration into existing water treatment system architectures.
Incorporating this polyacrylamide polymer into sludge dewatering workflows results in measurable improvements including reduced sludge volume and enhanced solids capture efficiency. The controlled dissolution profile simplifies handling and dosing operations, minimizing manual intervention and reducing maintenance downtime. With an extended shelf life of 24 months, it supports inventory planning and reduces supply chain interruptions for polyacrylamide suppliers and end users alike. Operational compatibility with neutral to slightly alkaline pH ranges broadens its applicability across different municipal sludge treatment scenarios, delivering reliable performance and optimizing cost-efficiency.
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-C1440 Polyacrylamide Classification
(1).SHN-C1440 Description:
SHN-C1440 is a synthetic, high molecular weight cationic polyelectrolyte supplied in dry solid form. It is completely miscible with water producing relatively high viscosity solutions for application.
SHN-C1440 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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8-10 Million
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Hydrolysis Degree
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35%-40%
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Bulk Density (kg/m³)
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750±50
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Viscosity
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Medium
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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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PH Value (0.1% Soultion)
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7.0-8.0
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Storage Period
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24 Months
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(1.) Municipal Sewage Sludge Dewatering.
(2.) Oil Refineries Industry OBM Wastewater Sludge Dewatering.
(3.) Sludge Dewatering and Solid-Liquid Separation
(4.) Belt Filter Press,Plate-Frame Filter Press,Screw Filter Press Sludge Dewatering
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 wastewater plants utilizing belt and screw presses, this polyacrylamide powder addresses challenges related to fluctuating sludge characteristics by promoting consistent floc formation and enhanced solid-liquid separation. Its optimized molecular structure and dissolution properties reduce frictional resistance and enable stable cake formation, directly impacting press throughput and drying efficiency. The polymer’s performance parameters ensure compliance with treatment plant dosing systems, integrating seamlessly into automated make-down units and chemical feed infrastructure. This scenario highlights the product’s role in improving operational reliability and reducing sludge handling costs in large-scale municipal applications.
For facilities employing plate-frame filter presses, this polyacrylamide polymer provides superior dewatering performance by stabilizing sludge flocs and improving filtration rates. Its chemical compatibility and low residual monomer content ensure minimal interference with downstream processes and regulatory compliance. The product fits within established chemical dosing protocols, facilitating uniform polymer dispersion and reducing system clogging risks. This integration supports optimized sludge conditioning workflows, maintenance schedules, and reporting requirements common in industrial waste management, delivering measurable improvements in filtration efficiency and operational sustainability.
