Acrylic Acid Market Report

The requirement from the paints and coatings industry is a major factor propelling the acrylic acid market, affecting its expansion through multiple avenues and supporting overall acrylic acid market growth. Acrylic acid serves as a key raw ingredient for the manufacture of acrylate esters, essential in creating different types of paints and coatings. These esters improve features such as adhesion, durability, and weather resistance, rendering them suitable for both architectural and industrial uses. The adaptability of acrylic acid derivatives facilitates their application in diverse kinds of coatings, such as those designed for automotive finishes, architectural coatings, and coatings for special purposes. This wide-ranging applicability guarantees a consistent demand from different sectors within the paints and coatings market.

Heightened construction activities and infrastructure advancements worldwide are propelling the demand for superior paints and coatings. With the rapid pace of urbanization, the need for long-lasting and visually appealing coatings in buildings and public facilities increases, subsequently enhancing the acrylic acid market. In August 2024, the overall construction starts rose by 6% to a seasonally adjusted yearly rate of US$12 trillion. This represented a 4% rise year to date compared to the first eight months of 2023. In conclusion, the paints and coatings industry significantly contributes to the acrylic acid market by leveraging its characteristics to improve product performance in multiple applications. The continuous expansion in construction, automotive finishes, industrial coatings, and acid-proof lining applications highlights the critical role of acrylic acid as a key component in these products and strengthens the acrylic acid market outlook.

The increasing application of superabsorbent polymers is expanding the acrylic acid market. Acrylic acid serves as an essential raw material in producing superabsorbent polymers. The synthesis of these polymers occurs through the polymerization of acrylic acid with sodium hydroxide, which leads to polyacrylic acid, which has remarkable liquid absorption properties. As more households choose disposable diapers, the demand for acrylic acid to manufacture these SAPs rises correspondingly. The rising worldwide birth rates and the expanding elderly demographic are fueling the need for these items, consequently enhancing the use of acrylic acid.

Increasing awareness about hygiene and sanitation, particularly in developing countries, is driving the adoption of superabsorbent polymers in sanitary items. Governments and NGOs are encouraging hygiene practices, which additionally boosts the need for products that incorporate SAPs. In conclusion, the growing adoption of superabsorbent polymers is a major catalyst for the acrylic acid market, driven by a rising need for personal care items, greater awareness of cleanliness, and persistent advancements toward eco-friendly solutions. As these trends keep progressing, they are expected to boost the usage of acrylic acid across multiple applications and positively influence the acrylic acid market forecast.

The expansion of the personal care sector offers considerable prospects for the acrylic acid market, mainly fueled by the rising need for superabsorbent polymers. Acrylic acid serves as a fundamental raw material in creating superabsorbent polymers, which are crucial for a range of personal care products such as diapers, adult incontinence items, and feminine hygiene products. The growing global population and aging demographics are fueling the demand for these hygiene items, consequently increasing the usage of acrylic acid. Gaining awareness about personal cleanliness and sanitation is driving consumers towards premium hygiene items. Efforts focused on enhancing health are leading to greater acceptance and utilization of SAP-based products. This movement directly enhances the demand for acrylic acid as producers react to consumer requirements for efficient hygiene options, contributing to the expansion of the acrylic acid market size.

Obtaining certifications for different products is vital in improving market prospects and competitiveness. For instance, in February 2023, Nippon Shokubai Co., Ltd obtained ISCC PLUS certification for multiple products, such as acrylic acid, superabsorbent polymers, and ethylene oxide to encourage the utilization of biomass as feedstocks for disposable diapers, detergents, and other items. Aiming for carbon neutrality by 2050, the Nippon Shokubai Group will carry out the changes detailed in the Group’s long-term vision and mid-term management plan, thereby helping to enhance customer value and achieve a sustainable society.

The increasing demand for bio-based acrylic derivatives possesses the potential to change the market. As knowledge of environmental concerns grows, both consumers and industries are looking for sustainable substitutes for petroleum-based products. Bio-based acrylic derivatives, originating from renewable resources, provide an eco-friendly choice, diminishing dependence on fossil fuels and decreasing carbon footprints. There is a significant change in consumer preferences towards items that are viewed as environmentally friendly. Companies that provide bio-based acrylic derivatives can capitalize on this trend to boost their market attractiveness, draw in eco-aware consumers, and set themselves apart from their rivals, reflecting key acrylic acid market trends.

Advancements in biotechnology and chemical methods are allowing for more efficient manufacturing of bio-based acrylics. Developments like fermentation techniques utilizing biomass feedstocks are making it possible to sustainably create high-quality acrylic derivatives, thereby expanding the supply base. For instance, in February 2024, Arkema, a leader in specialty materials, is currently manufacturing ethyl acrylate solely from bioethanol at its acrylic monomer plant in Carling, France. Arkema’s bio-based ethyl acrylate provides biocarbon content (BCC) of 40% along with a reduction in product carbon footprint (PCF) of as much as 30%. Bioethanol is derived sustainably from biomass feedstock. Similar innovation pathways are also supporting downstream applications such as UV-cured acrylic foam tapes used across automotive and industrial sectors.

• Growing demand for superabsorbent polymers in personal hygiene products
• Advances in production technologies, including improved methods for synthesizing acrylic acid and its derivatives
• Increasing focus on sustainability is driving the development of eco-friendly acrylic products
• Rising demand for UV-curable coatings due to their quick drying times and environmental benefits
• Growing applications in water treatment as effective flocculants and coagulants

Fluctuating raw material prices present a major risk to the acrylic acid market, influencing production expenses, pricing approaches, and overall market consistency. Acrylic acid manufacturing is significantly dependent on propylene, which is a byproduct of crude oil. The costs of these essential materials are prone to fluctuations owing to variations in crude oil prices, which can vary greatly in response to geopolitical situations, supply-demand interactions, and economic circumstances. When crude oil prices experience a significant increase, it results in higher input expenses for manufacturers, consequently lowering profit margins. On the other hand, a rapid decline in crude oil prices can also adversely affect sales prices, creating difficulties for companies in sustaining profitability. These factors are frequently evaluated in comprehensive acrylic acid industry analysis studies.

Environmental and health issues present considerable risks to the acrylic acid industry, affecting manufacturing methods, adherence to regulations, and acceptance in the market. Acrylic acid is acknowledged as a potent irritant to the skin, eyes, and respiratory system. Breathing in the substance may result in immediate effects such as nasal irritation, lung bleeding, and overall harm to organs, including the liver and kidneys. Research has indicated that even minimal concentrations can provoke considerable irritation and health hazards, which could result in possible liability concerns for producers. Additionally, acrylic acid is used as an intermediate in the production of several chemical compounds, including butyric acid derivatives for specialized industrial applications.

Acrylic acid presents dangers to aquatic ecosystems, mainly because of its harmful effects on algae and possible impacts on various other aquatic life forms. Significant levels may result in regional ecological harm if not controlled appropriately. Regulatory agencies are placing greater emphasis on reducing chemical discharges into water bodies, which could limit production methods or necessitate expensive remediation approaches. Such regulatory factors remain important components of detailed acrylic acid market analysis.

Collaborations enable businesses to merge knowledge and assets, resulting in the creation of groundbreaking products. For instance, in September 2024, Bluestem Biosciences announced a partnership with bitBiome to develop enhanced enzymes for Bluestem’s innovative biochemical route for the commercial biomanufacturing of acrylic acid. The partnership between bitBiome’s enzyme discovery and Bluestem’s yeast technology led to the introduction of a new enzyme that will expedite the commercial manufacturing of biochemicals for consumer and industrial products. This discovery of the enzyme will be followed by strategies to swiftly enhance enzyme efficiency to promote the advancement of Bluestem’s eco-friendly and economically viable bio-production method.

The procurement of technology by firms in the acrylic acid sector can greatly improve their competitive advantage and aid in the overall expansion of the market. For instance, in October 2023, Lummus Technology, an international supplier of process technologies and value-oriented energy solutions, disclosed that it has finalized a deal with Air Liquide Engineering and Construction to obtain rights to license and promote ester-grade acrylic acid technology as well as light and heavy acrylates process technology. This acquisition enhances Lummus’ offerings for propylene production and its related products, providing clients with additional choices between upstream and downstream processes. Such developments contribute to evolving acrylic acid market segmentation across end-use industries and applications.

The acrylic acid market is strongly led by the Asia-Pacific region owing to various crucial factors. The area is marked by considerable usage from nations such as China, India, and Japan. China by itself makes up over half of the overall acrylic acid usage in Asia-Pacific, fueled by its strong industrial foundation and the need for multiple applications, including paints, coatings, and adhesives. The continuous industrial development and urban growth in Asia-Pacific nations are resulting in greater investments in building and infrastructure. This expansion results in a heightened need for acrylic acid in construction materials, coatings, and adhesives. There is an increasing movement towards sustainability in the area, as manufacturers are progressively emphasizing bio-based acrylics and environmentally friendly production techniques. This transition corresponds with worldwide sustainability objectives, boosts market appeal, and reinforces regional acrylic acid market share leadership.

Geographic Coverage of the Report:

• Detailed segmentation of the market across grade, application, end-use industry, and region, accompanied by segment-wise revenue contribution, volume consumption patterns, and evolving demand pockets across coatings, adhesives, superabsorbent polymers, textiles, and specialty chemicals.
• Quantification of the market through ten-year forecasts covering market value (US$ Mn), volume (units), market share distribution, CAGR trajectories, and year-on-year growth movement, enabling a structured assessment of future industry expansion.
• Evaluation of demand fundamentals linked to hygiene products, water treatment chemicals, paints and coatings, construction activity, packaging materials, and industrial manufacturing trends influencing acrylic acid consumption.
• Examination of market dynamics through drivers, restraints, opportunities, and emerging challenges, with specific attention to feedstock volatility, sustainability initiatives, production economics, and downstream application developments shaping the market.
• Regional intelligence highlighting consumption centers, production hubs, trade flows, capacity additions, and investment activity across major geographies participating in the market value chain.
• Pricing analysis tracking raw-material linkages, cost pass-through mechanisms, contract pricing behavior, and margin influences affecting manufacturers and downstream processors within the market.
• Competitive benchmarking of producers, including company-level market share analysis, strategic positioning, capacity utilization trends, product portfolios, and operational strengths influencing market structure.
• Coverage of recent technological advancements, process optimization initiatives, bio-based acrylic acid developments, and innovation pathways supporting efficiency and product differentiation.
• Assessment of regulatory frameworks, environmental compliance requirements, supply chain architecture, value chain relationships, sales channel structures, and distribution networks influencing commercial operations.
• Insights into parent-market developments, country-level forecasts for the next decade, and analysis of mergers, acquisitions, partnerships, and expansion strategies affecting the long-term direction of the market.