Global production capacity keeps expanding, and the trend of regional self-sufficiency becomes increasingly prominent. From 2024 to 2026, large-scale capacity expansion projects for ASA have been launched across major consumption regions including North America, Latin America and the Asia-Pacific. New large-scale production capacities have been put into operation in North America to meet the local demand for waterproofing treatment in the papermaking and packaging industries. Latin America has completed capacity upgrading, focusing on the incremental market of packaging paperboards for the e-commerce sector. As a core production and consumption hub, the Asia-Pacific region has seen the commissioning of multiple new production lines, further strengthening regional supply capacity and ensuring stable local supply. A global production pattern featuring self-sufficient and mutually complementary capacities in all regions has gradually taken shape.

The prices and market size of ASA worldwide rise steadily, with distinct growth momentum across different regions. In the first quarter of 2026, ASA prices in North America climbed month on month. The main drivers include the sharp increase in the cost of upstream raw material maleic anhydride, coupled with tight industrial inventories and strained raw material supply chains, keeping market prices at a high level. In terms of overall market volume, the global ASA market continues to expand steadily. Having reached a considerable scale in 2024, it is projected to grow further in 2026. In the medium and long term, the market will maintain an average annual growth rate of 2.4% and is expected to hit a new high by 2035. Latin America stands out for its strong growth potential. Boosted by booming e-commerce in Brazil, Mexico and other countries which fuels demand for packaging materials, its ASA market grows far faster than the global average and has become a key driving force for the industry’s growth.

Accelerated iteration of low-carbon and high-end technologies fuels industrial transformation and upgrading. Between 2023 and 2026, a host of technological innovations have been commercialized, pushing the industry to move beyond traditional production modes toward sustainable development and high-end applications. For green development, bio-based ASA made from renewable raw materials has achieved industrialization. It can greatly reduce carbon footprints during production and application, complying with increasingly stringent environmental and low-carbon regulations in the European Union and around the world, and has become a core direction for the industry’s green transformation. In high-end application fields, ASA-based electronic-grade adhesives have been developed and applied, delivering higher bonding strength and durability and broadening the application scope of ASA in electronic industrial materials. In addition, new technologies for removing hydrolytic sediments have been developed to tackle long-standing operational pain points, effectively solving the problems of difficult equipment cleaning and high wear and tear in papermaking, and improving application performance for downstream users.

The global trade landscape and supply chains are undergoing profound restructuring, reshaping regional industrial advantages. Adjustments to international trade tariffs have pushed up cross-border trading costs of ASA, prompting the industry to accelerate regionalized and localized layout. Major consumption regions have built up independent production capacities to reduce reliance on imported products. Supported by complete industrial chains and mature production systems, the Asia-Pacific region has evolved into the world’s core production base for ASA, with rising export volumes and an increasingly pivotal position in global supply chains. Currently, the global ASA industry has formed a tiered development pattern: the high-end market focuses on technological innovation, while the mid-to-low-end market relies on large-scale production for volume growth. Industrial competition has shifted from simple price rivalry to comprehensive competition centered on technology, low-carbon performance and supply chain stability.