SHN-A1110 anionic PAM delivers stable flocculation and dewatering in challenging water. A dependable High salty resistance polymer supplier option for polymer for high salinity groundwater and polymer for saline drilling fluids.
SHN-A1110 is engineered for operators and engineers requiring robust solid-liquid separation in environments impacted by high salinity or chloride concentrations. This product from a reputable polyacrylamide manufacturer serves municipal and industrial facilities facing challenges from saline groundwater or saline drilling fluids. Delivered as a dry, free-flowing polyacrylamide powder, it enables efficient handling, storage, and dosing control. The product specifically addresses needs in wastewater treatment systems that demand consistent performance under variable ionic strengths, ensuring operational reliability for process engineers and procurement managers.
The polyacrylamide polymer in SHN-A1110 features a high molecular weight between 16 and 18 million with a hydrolysis degree of 20–25%, optimized for maintaining stable viscosity and predictable dissolving time (45–60 minutes). The formulation achieves a solid content ≥ 89% and low residual monomers (≤ 500 ppm), ensuring compliance with environmental safety standards. Packaged in export-ready 25 kg and 1000 kg bags, the polyacrylamide powder supports large-scale operational consistency. These measurable specifications provide clear parameters for quality control and integration into automated preparation and dosing systems.
SHN-A1110 delivers measurable value in industries including paper processing, steel manufacturing, and textile dyeing, where saline wastewater challenges persist. As a high salty resistance polyacrylamide, it improves sludge dewatering and solid-liquid separation by enhancing particle bridging and stabilizing floc formation. Its application reduces downstream equipment load and disposal costs, promoting environmental compliance and return on investment. This reliable polymer supports continuous water treatment operations in facilities relying on saline sources, ensuring process stability and operational efficiency.
The design of SHN-A1110's polyacrylamide powder ensures a dry, free-flowing structure that facilitates automated solution preparation with minimal handling risks. Produced by an experienced polyacrylamide supplier, the powder’s consistent particle size distribution supports uniform dissolution rates and stable viscosity profiles. The packaging system is optimized for export and industrial logistics, enabling seamless integration into batch or continuous dosing systems. This modular approach to packaging and formulation design contributes to streamlined supply chain management and on-site operational adaptability, critical for large-scale industrial water treatment facilities.
The polyacrylamide polymer's high molecular weight and salt resistance enable stable flocculation in challenging saline conditions, resulting in improved sludge dewatering efficiency. Users benefit from reduced polymer consumption due to enhanced bridging effects and repeatable floc formation. The product’s predictable dissolving behavior allows process engineers to maintain precise dosing, minimizing variabilities in water treatment performance. As a dependable polyacrylamide manufacturer product, SHN-A1110 minimizes operational downtime and supports environmental compliance through controlled residual monomer levels, ultimately delivering measurable cost savings and ROI in saline wastewater applications.
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-A1110 Polyacrylamide Classification
(1).SHN-A1110 Description:
SHN-A1110 is a synthetic, high molecular weight anionic polyelectrolyte supplied in dry solid form. It is completely miscible with water producing relatively high viscosity solutions for application.
SHN-A1110 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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16-18 Million
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Hydrolysis Degree
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20%-25%
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Bulk Density (kg/m³)
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750±50
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Viscosity
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High
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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.) 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
1.25 kgs,1000 kgs bag.
2.Accpet bag design according to client's requirement.
3.Please store in cool and dry place.
In industrial and municipal wastewater treatment plants affected by saline groundwater or chloride-rich water sources, SHN-A1110 acts as a crucial agent for efficient solid-liquid separation. It improves sludge conditioning by promoting aggregation despite fluctuating salinity levels, which typically compromise flocculation stability. This polyacrylamide polymer’s resistance to high salinity enables consistent particle bridging, reducing sludge volume and enhancing downstream dewatering equipment performance. Integrated into treatment workflows, the product supports compliance with discharge regulations while optimizing polymer dosing schedules, thus maintaining operational continuity and cost control.
Within the construction and oil drilling sectors, particularly coastal regions where saline return waters are prevalent, SHN-A1110 is employed to condition drilling fluids for effective solids removal. The product’s formulation ensures stable viscosity and repeatable floc formation even under high ionic concentrations, which are common in such environments. Its use improves the recovery and recycling of drilling fluids, supporting environmental protection standards. SHN-A1110 integrates with existing fluid management systems to deliver reliable polymer dosing and facilitates the reduction of turbidity and suspended solids, enhancing overall process efficiency in saline drilling operations.
