
Company Profile: Shijiazhuang Kunxiangda Technology Co., Ltd.
Shijiazhuang Kunxiangda Technology Co., Ltd. is a leading Chinese manufacturer and global supplier specializing in polyacrylamide solutions for over a decade. Our expertise envelops R&D, technical support, and international OEM/ODM services, with a commitment to quality, reliability, and environmental compliance.
Product: Polyacrylamide (China factory supply).
Website: https://www.kxdchem.com
Tel: +86-311-89683399 | Mobile: +86-13373522270
Email: sales@kunxiangda.com
Address: Xingye Street, Economic & Technological Development Zone, Shijiazhuang, China
Understanding Polyacrylamide: Industry Background & Definitions
Polyacrylamide (PAM), a versatile synthetic polymer, is principally used as a flocculant, thickener, and binder across water treatment, oil extraction, mineral processing, paper making, and more. It is derived through polymerizing acrylamide monomers and is available in various forms (dry polyacrylamide, powder, emulsion) and grades, such as polyacrylamide p3, to cater to specific industrial needs.
The global polyacrylamide market is exhibiting steady growth, driven by tightening environmental regulations, rising water reuse demands, and technological innovations such as oem polyacrylamide custom synthesis. Reports from Royal Society of Chemistry World and ScienceDirect underline the vital role of polyacrylamide in flocculation and dewatering processes.
Key Technical Parameters of Polyacrylamide
When evaluating polyacrylamide and variations like polyacrylamide p3 or pam polyacrylamide, several critical technical parameters determine its suitability for industrial applications. The following table summarizes typical values for commercial polyacrylamide products:
Parameter | Description | Typical Range | Unit |
---|---|---|---|
Molecular Weight | Indicates polymer chain length and viscosity behavior | 5–25 million | g/mol |
Degree of Hydrolysis | Share of carboxylate groups; affects charge density | 5–50 | % |
Cationic/Anionic Charge Density | Positive/negative charge levels, influences application scope | 0–70 | % |
Solid Content (dry polyacrylamide) | Active ingredient in solid form | >88 | % |
Residual Monomer (Acrylamide) | Free monomer left – environmental safety metric | <0.05 | % |
pH Range (Working Solution) | pH stability in aqueous dispersion | 4–9 | - |
Viscosity (0.1% solution, 25°C) | Defines flow behavior and mixing efficiency | >1200 | mPa·s |
Appearance | Physical state | White powder / granule / emulsion | - |
Solubility Time | Time required for complete dissolution | 30–60 | min |
These parameters are critical in optimizing dosage, performance, and cost-effectiveness — especially in applications such as sludge dewatering, industrial wastewater treatment, and mining tailings management.
Data Visualization of Polyacrylamide Technology & Market Trends
Notes: The line chart illustrates the trend towards higher molecular weights in advanced polyacrylamide products, yielding increased flocculation efficiency. The bar chart demonstrates that polyacrylamide p3 has a high cationic charge, catering to specific water treatment scenarios, while the pie chart presents the polyacrylamide cost structure, where raw materials form the principal component.
Application Scenarios for Polyacrylamide
- Industrial Wastewater Treatment: Used as a primary flocculant/coagulant for sludge dewatering, clarity improvement, and pollutant removal in textile, chemical, and food/beverage industries.
- Municipal Water Management: Critical in drinking water purification, sewage flocculation, and water reuse projects.
- Oilfield Enhanced Oil Recovery (EOR): PAM polyacrylamide increases oil displacement efficiency and reduces water-cut via polymer flooding techniques.
- Mineral Processing: Promotes rapid particle sedimentation and tailings water recycling.
- Paper Manufacturing: Applied as retention/drainage aids and dry strength resins to improve paper quality and machine efficiency.
- Agriculture and Soil Conditioning: Dry polyacrylamide used for soil stabilization and erosion control.
Newer custom solutions such as oem polyacrylamide and specific grades like polyacrylamide p3 are engineered to match unique process requirements and compliance standards, making partners like Kunxiangda Technology valuable for clients seeking tailored performance.
Product Catalog: Polyacrylamide Series
- Polyacrylamide P3 – High charge cationic grade, optimal for sludge dewatering, textile effluents.
- PAM Polyacrylamide – General-purpose anionic/cationic types for diverse flocculation.
- Dry Polyacrylamide – Concentrated powder for applications requiring high solid content.
- OEM Polyacrylamide – Customizable formulation and private labeling for global OEM/ODM partners.
Each product is engineered and tested in strict accordance with ISO9001 and REACH regulations, ensuring world-class consistency and performance.
Polyacrylamide Price & Cost Trends (2023–2024)
Market analysis indicates that polyacrylamide price fluctuates mainly between $1200–$1700 per ton (FOB China, 2024), depending on grade, solid content, and bulk order quantity. Key drivers of polyacrylamide cost include acrylamide monomer prices, energy/labor, transportation, and regulatory fees. International sources like Alibaba and ICIS report similar price structures globally, with ongoing demand from water treatment and mining sectors buoying market stability.
Professional FAQ: Polyacrylamide Technical FAQ
- Q1: What chemical structure distinguishes polyacrylamide?
- Polyacrylamide is a linear synthetic polymer composed of repeating acrylamide units (–CH2CH(CONH2)–). Unique structural modifications, such as co-polymerization with cationic/anionic monomers, offer a wide range of properties.
- Q2: What are the standard molecular weight grades available?
-
Typical grades are:
- Low MW: 5–8 million g/mol (for light flocculation, paper)
- Medium MW: 8–15 million g/mol (municipal/industrial wastewater)
- Ultra-High MW: 18–25 million g/mol (oilfield, mining, tailings) - Q3: How is polyacrylamide supplied and stored?
- It is provided as white dry polyacrylamide powder, beads, or emulsion. Store in sealed container111s, below 35°C, away from moisture and sunlight.
- Q4: What are the installation and dosing guidelines?
- For dry polyacrylamide, dissolve 0.1–0.5% into water, stir continuously (avoid high shear), and age 30-60 minutes. Dosage ranges from 1–5 ppm depending on suspended solids and treatment target.
- Q5: What are the regulatory and safety standards for polyacrylamide use?
- Products must meet REACH and US EPA norms. Residual acrylamide must remain <0.05% to safeguard against neurotoxicity.
- Q6: What distinguishes oem polyacrylamide from commodity grades?
- OEM polyacrylamide is custom-tailored for viscosity, charge density, performance, and branded packaging, fitting specific industrial requirements and buyer branding/label needs.
- Q7: Does polyacrylamide impact the environment?
- Finished polyacrylamide is considered environmentally inert when residual monomer levels are strictly controlled. Read this review for eco-impact and safe handling.
EEAT & Industry Authority: Why Trust Shijiazhuang Kunxiangda Technology?
- Expertise: Over 10 years in polyacrylamide manufacturing, proprietary R&D, and global bulk supply.
- Authoritativeness: ISO9001, SGS, and REACH certifications. Recognized supplier on Alibaba and trusted on ICIS.
- Trustworthiness: Transparent quality control, real-time polyacrylamide price updates, full compliance documentation, and responsive technical support.
References & Industry Sources
- "Ecological risk assessment of polyacrylamide as soil conditioner", Waste Management, Elsevier, 2023
- Royal Society of Chemistry - Chemistry World forum insights
- Application of Polyacrylamide in Water Purification, ResearchGate, 2022
- Polyacrylamide Market Data, ICIS.com
- Global Polyacrylamide Price Trends, Alibaba.com
- ScienceDirect - Polyacrylamide technical topics