Anionic Polyacrylamide Price

Anionic Polyacrylamide (APAM), a water-soluble synthetic polymer with negatively charged functional groups, is widely recognized as a versatile "industrial assistant" across multiple sectors. Its unique molecular structure endows it with excellent flocculation, thickening, and adsorption capabilities, making it indispensable in water treatment, oil & gas, mining, and papermaking industries. Gain an in-depth understanding of the key factors influencing the price of anionic polyacrylamide, covering its core properties, applications and technical specifications. This guide is designed to provide you with a comprehensive and detailed understanding of this high-value polymer.

Core Product Overview: What is Anionic Polyacrylamide?

APAM is a linear polymer synthesized from acrylamide and its salts, appearing as white granular or powdery solids with no odor and non-corrosive properties. Its molecular chain contains a large number of polar groups, which can adsorb suspended particles in water, form bridge connections between particles, and aggregate them into large flocs-accelerating solid-liquid separation and improving process efficiency. With a CAS number of 9003-05-8 and a neutral to alkaline acid-base property, it is compliant with international ISO standards and environmentally friendly when used properly.

Unlike cationic (CPAM) or non-ionic (NPAM) polyacrylamide, APAM performs best in neutral to alkaline environments (pH 5-10) and is more cost-effective for large-scale industrial applications, which directly affects its market positioning and anionic polyacrylamide price range.

Technical Specifications: The Foundation of Price Differentiation

The price of APAM is closely linked to its technical parameters, as different specifications determine its performance and applicability to specific scenarios. Below are the key parameters that directly influence anionic polyacrylamide price:

• Molecular Weight (6-30 Million Daltons): The core parameter affecting flocculation efficiency. Low molecular weight (6-12 million) APAM is suitable for general wastewater clarification, while high molecular weight (18-30 million) products are used in oil recovery and heavy metal wastewater treatment. The higher the molecular weight, the more complex the synthesis process, and the higher the price-with a price difference of 20%-50% between low and high molecular weight grades.

• Hydrolysis Degree (10%-40 Mole%): Refers to the degree of hydrolysis of acrylamide monomers, which affects the charge density and adsorption capacity. Hydrolysis degree between 20%-30% is the most commonly used, suitable for most industrial scenarios; special hydrolysis degrees (below 10% or above 35%) require customized synthesis, increasing production costs and thus raising the price.

• Solid Content (≥88%): Industrial-grade APAM usually has a solid content of 88%-90%, while high-purity products (≥90%) are used in food, drinking water treatment, and other sensitive fields. Higher solid content means less impurities and higher production costs, leading to a 15%-30% price premium compared to standard products.

• Residual Monomer Content: Ordinary industrial-grade APAM has a residual monomer content ≤0.1%, meeting general wastewater treatment requirements; high-purity products (≤0.05%) are used in drinking water and food industries, requiring stricter purification processes, and their price can be 1.5-2 times that of ordinary products.

Multifunctional Application Scenarios: Driving Demand & Price Trends

APAM's wide range of applications is a key factor driving its market demand and price stability. Different application fields have varying requirements for product specifications, which in turn affect anionic polyacrylamide price. Here are its core application scenarios:

• Water Treatment (Largest End-Use Industry)

As a high-efficiency flocculant, APAM is widely used in municipal wastewater, industrial wastewater (steel, electroplating, metallurgy, coal washing), and drinking water purification. It can reduce turbidity by 85%-95% and COD by 30%-60% with a small dosage (0.5-10 mg/L), reducing the cost of water treatment processes. The tightening of global environmental regulations has further boosted demand for APAM in water treatment, supporting a stable price trend.

• Oil & Gas Industry

In oil extraction, APAM is used as a flooding agent and drilling fluid additive to improve oil recovery rate and control fluid loss. High molecular weight (20-30 million) APAM is required for this field, and due to its high performance requirements, the price is 30%-60% higher than that of ordinary water treatment-grade products. The demand from shale gas extraction and enhanced oil recovery (EOR) in regions like the US and China also affects global price fluctuations.

• Mining & Metallurgy

APAM is used in tailings treatment and mineral processing to settle fine particles, reduce water usage, and recover valuable minerals. It is especially suitable for coal washing wastewater treatment, where it can quickly aggregate coal slime particles for filtration and recycling. The large demand from large-scale mining operations in Asia Pacific (which accounts for 45% of the global market) has a significant impact on regional anionic polyacrylamide price.

• Other Fields

In papermaking, APAM acts as a retention and drainage aid, improving paper strength and reducing raw material loss, with a dosage of 2-8 kg per ton of dry sludge. It is also used in agriculture as a soil conditioner to reduce erosion and improve water retention, and in the fragrance industry for its good solubility and viscosity. These niche applications, although with smaller demand, drive the demand for customized APAM products, which have higher prices.

Anionic Polyacrylamide Price: Market Overview & Influencing Factors

The anionic polyacrylamide price is not fixed; it fluctuates with market supply and demand, raw material costs, product specifications, and regional factors. Below is a detailed analysis of the current market price and core influencing factors:

• Current Market Price Range (2026)

Based on the latest market data, the global anionic polyacrylamide price ranges from USD 800 to USD 3,500 per ton, with obvious differences due to specifications and application fields:

• Standard industrial-grade APAM (molecular weight 6–12 million, degree of hydrolysis 20–30%): US$800–1,800 per tonne
• High-performance APAM (molecular weight 18–25 million, degree of hydrolysis 30–40%): US$2,000–2,800 per tonne
• High-purity APAM (residual monomer ≤ 0.05%, solid content ≥ 90%): US$3,000–4,000 per tonne

Note: Bulk purchases (≥10 tons) are eligible for discounts; small-batch retail or customized products may incur a price premium of 10% to 20%. The global APAM market reached a size of $2.04 billion in 2025 and is projected to grow to $3.62 billion by 2034, representing a Compound Annual Growth Rate (CAGR) of 6.7%; this trend is expected to support a steady upward trajectory in prices over the long term.

• Core Factors Influencing Anionic Polyacrylamide Price

1. Raw Material Costs (Largest Impact Factor): APAM is mainly synthesized from acrylamide monomers, whose price is closely linked to propylene nitrile (a petroleum chemical product). Fluctuations in crude oil prices will be transmitted along the "crude oil → propylene nitrile → acrylamide → APAM" chain. For example, if crude oil prices rise by 10%, the price of acrylamide will increase by 8%-12%, leading to a 5%-8% increase in anionic polyacrylamide price.

2. Product Specifications: As mentioned earlier, molecular weight, hydrolysis degree, solid content, and residual monomer content directly determine production costs. High molecular weight and high-purity products require more complex synthesis and purification processes, resulting in higher prices. For example, APAM with a molecular weight of 25 million is 40%-50% more expensive than that with a molecular weight of 8 million.

3. Market Supply & Demand: The Asia Pacific region dominates the global APAM market with a 45% share in 2025, driven by rapid industrial expansion and water scarcity concerns. In regions with high demand (such as China, India), prices are usually 5%-10% higher than the global average. Tight supply due to production capacity constraints or increased demand from environmental protection policies will also push up prices.

4. Supplier Brand & Channel: International brands have higher prices due to brand premium, R&D investment, and multi-level distribution channels-their products are usually 20%-40% more expensive than regional brands. Local manufacturers with direct sales channels can offer lower prices by eliminating intermediate agent links, with a price advantage of 10%-20% compared to traditional distribution channels.

5. Policy & Environmental Factors: Stricter environmental regulations (such as the EU Water Framework Directive) require enterprises to use more efficient and environmentally friendly flocculants, increasing the demand for high-purity APAM and driving up its price. At the same time, environmental protection policies for chemical production will affect the production capacity of APAM manufacturers, leading to supply shortages and price fluctuations.

Product Advantages & Purchase Suggestions

• Core Advantages of APAM

1. High Efficiency: A small dosage (0.01-10 ppm) can achieve excellent flocculation effect, reducing overall treatment costs;

2. Strong Adaptability: Effective in a wide pH range (1-14), suitable for various industrial wastewater and water quality conditions;

3. Environmental Friendliness: Non-toxic, non-corrosive, and easy to degrade when properly disposed of, complying with global environmental standards;

4. Multifunctional: Integrating flocculation, thickening, drag reduction, and adsorption, applicable to multiple industrial scenarios;

5. Cost-Effective: Compared to cationic polyacrylamide and other flocculants, APAM has a lower price and better performance in neutral/alkaline environments, with higher cost performance.

• Purchase Suggestions (Linking Price & Demand)

When purchasing APAM, it is not advisable to only focus on the lowest anionic polyacrylamide price; instead, you should choose the appropriate specification according to your actual application scenario to achieve the best cost-effectiveness:

For general municipal wastewater and coal washing wastewater: Choose ordinary industrial-grade APAM (molecular weight 8-12 million, hydrolysis degree 20%-30%), which is cost-effective and meets basic treatment needs;

For oil extraction and heavy metal wastewater treatment: Choose high molecular weight APAM (18-25 million), which has strong flocculation and adsorption capabilities, ensuring treatment effect;

For drinking water and food industry: Choose high-purity APAM (residual monomer ≤0.05%), complying with relevant national standards to avoid secondary pollution;

Bulk Purchasing: Contact Henan Saifu to discuss collaboration, thereby reducing intermediary costs and securing more favorable pricing. Furthermore, we are committed to providing high-quality products and services.

Future Price Trend Forecast

Looking ahead to the period from 2026 to 2034, the price of Anionic Polyacrylamide (APAM) is expected to exhibit a trend characterized by "steady upward movement and market differentiation":
• Short Term (6–12 months): Crude oil prices are projected to fluctuate within the range of $70 to $85 per barrel, thereby providing strong cost support for APAM. Consequently, APAM prices are expected to rise by 5% to 8%.
• Long Term (3–5 years): As global environmental standards continue to become more stringent, demand for high-purity, high-performance APAM will continue to grow, driving a steady upward trend in its pricing. Concurrently, intensifying market competition may exert downward pressure on the prices of lower-end, standard-grade APAM, leading to a significant divergence in overall market pricing.
• Regional Trends: The Asia-Pacific region is expected to maintain its status as a core market; driven by demand growth stemming from ongoing industrialization and urbanization processes, price increases in this region are projected to slightly exceed the global average. Meanwhile, North America and Europe-driven by the dual forces of strict environmental regulations and mature industrial demand-are expected to maintain relatively stable price levels.
In summary, Anionic Polyacrylamide (APAM) is a high-value polymer product boasting a wide range of applications and significant performance advantages. Its pricing is influenced by a confluence of factors, including raw material costs, product specifications, and market demand. A deep understanding of the intrinsic link between product performance and APAM pricing will enable you to make more rational procurement decisions, thereby effectively reducing production costs and enhancing process efficiency. Whether you operate in water treatment, oil extraction, mining, or other related industries, APAM stands ready to provide robust and reliable support for your production operations, thanks to its exceptional performance and outstanding cost-effectiveness.