Polyacrylic Acid Procurement Intelligence Report 2025-2030

Polyacrylic Acid Supply-Demand Overview

The surging detergent usage in laundry services of the Asia Pacific region further broadens the scope of market application, boosting polyacrylic acid sourcing. The National Bureau of Statistics states that synthetic detergent production in China amounted to 11.064 million tons during 2023. That marked an increasing growth of 8.4% compared to the preceding year. 

Polyacrylic Acid Cost Structure

As per the polyacrylic acid procurement report, key factors driving the cost modeling of production are raw materials, energy, catalysts, operational expenses, and regulatory compliance. Raw materials form the majority of the costs involved. The chief feedstock is acrylic acid, which plays a crucial role in monomerization. Its procurement greatly determines the pricing models for making this particular chemical, especially due to its price changeability based on natural gas and crude oil market fluctuations.

As per the polyacrylic acid procurement report analysis, energy considerably influences the production cost as the monomerization process is energy-intensive in the production process. Regions with high energy prices, especially the developed regions, can incur higher production costs. Labor, plant maintenance, and overheads are some of the other operational costs which can be minimized due to automation and efficient plant management. Transportation and distribution costs also increase with distance from raw material sources and end-use markets. 

Lastly, compliance with environmental regulations provides additional costs, especially in countries with strict emission controls in the polyacrylic acid procurement market. New bio-based production technologies may change the pricing dynamics by reducing dependency on fossil-based inputs and responding to sustainability concerns. 

Polyacrylic Acid Pricing Trends

Pricing trends, as suggested by the polyacrylic aid procurement report, are bound to fluctuate depending on changes in the raw material prices. The most influential raw material cost is that of acrylic acid, which is strongly correlated with petroleum and natural gas prices. Fluctuations in global supply chains, increasing environmental regulations, and soaring demand from personal care, agricultural industries, and water treatment sectors will also affect price trends of the acid.

In general, prices are likely to go up if the demand is increased or supply is limited. The price tends to fall during a period of excess production or if the raw materials become cheaper. In addition, the polyacrylic acid procurement report indicates the growing importance of sustainability may push the bio-based alternatives of acrylic acid and influence the pricing strategies of polyacrylic acid.

Polyacrylic Acid Procurement Best Practices

The best practices for polyacrylic acid sourcing include reliable supply chains, cost optimization, and quality. Buyers can initiate long-term contracts with suppliers to reduce risks related to price volatility, especially for raw materials and energy inputs. They can also diversify sources of suppliers to reduce dependency on specific regions and ensure that there is consistent supply in the event of market disruptions. 

Further, firms can select suppliers with a high record of environmental compliance so as to reflect sustainability goals. Polyacrylic acid procurement also requires efficient logistics and inventory management since the acid requires specialized transport and storage. Advanced procurement tools include market intelligence and digital platforms can help in effective forecasting and cost management in pursuit of supply chain resilience.

Key Players in the Polyacrylic Acid Industry

Recent Developments in the Polyacrylic Acid Industry

• In September 2024, Nippon Shokubai Co., Ltd. announced the expansion of its Indonesian operations with the approval of a new superabsorbent polymer (SAP) plant. The facility, to be established under the subsidiary PT. Nippon Shokubai Indonesia will have an annual production capacity of 50,000 metric tons of SAP. The development is expected to provide an opportunity for polyacrylic acid.
• In August 2023, BASF announced its plans to double its production capacity for water-soluble dispersants based on acrylic acid at its Dilovasi, Turkey location with the introduction of a new production plant. This investment aims to support BASF’s customers in the detergent, cleaning and chemical processing industry across Europe, the Middle East and Africa.
• In March 2023, BASF broke ground on a new production complex at its Verbund site in Zhanjiang, China, that includes plants for glacial acrylic acid (GAA), butyl acrylate (BA) and 2-ethylhexyl acrylate (2-EHA). GAA is an unsaturated carboxylic acid co-monomer used to produce polyacrylic acids. Planned to commission by 2025, the complex will help the company meet the growing Chinese and Asian market demand for acrylics in various industries like hygiene or paint and coatings.