The global market for solution styrene-butadiene rubber (S-SBR) is forecast to rise to US$6 billion by 2030 from an estimated US$4.2 billion in 2024, according to Research and Markets. The projection implies a compound annual growth rate of 6.1% over the period.
Demand for high-performance and fuel-efficient tires is a central driver. The material is also expected to benefit from advances in rubber manufacturing and from applications in automotive, footwear, adhesives and polymer modification. S-SBR is a synthetic rubber noted for abrasion resistance, tensile strength and flexibility, properties that make it useful in tires where wet grip, rolling resistance and fuel efficiency matter.
The automotive sector is expected to remain the largest source of demand. As tire buyers and vehicle makers place more emphasis on safety, durability and fuel economy, manufacturers are being encouraged to use advanced rubber compounds. Tires are projected to account for US$4.7 billion of the market by 2030, a 6.5% CAGR and the largest and fastest-growing application in the report.
Environmental pressure is another factor. S-SBR can help lower rolling resistance, which can contribute to better vehicle fuel economy and reduced emissions. The report also flags electric vehicles as a potential source of additional demand, citing expanding EV production and sales as factors that could increase the use of S-SBR in EV tires.
Technology is expected to support market development. Work on polymerization and processing is intended to improve product performance and versatility. New polymerization techniques are enabling rubber grades tailored to specific uses, while nanotechnology and advanced fillers are helping improve mechanical performance and durability. Improvements in solution polymerization and mixing processes are also linked to production efficiency and product quality. Research and development spending by major players is expected to support further innovation.
Tires dominate, but other applications contribute. Footwear is projected to grow at a 5.7% CAGR, supported by demand for durable and flexible materials. S-SBR is also used in adhesives and sealants, polymer modification and other industrial applications. The report points to opportunities in adhesives and sealants and to a recovery in global construction, where infrastructure investment, construction activity and urbanization could support demand for construction-related materials.
Regionally, the United States market was valued at US$799.4 million in 2024. China is forecast to grow at a 7.9% CAGR and reach US$1.2 billion by 2030. The report also examines Japan, Canada, Germany, France, Italy, the United Kingdom, India, South Korea and other markets. Asia-Pacific is identified as an important growth region, while North America and Europe are also described as significant opportunities.
The competitive landscape includes established chemical manufacturers and rubber industry participants. Companies named in the report include ARLANXEO, Asahi Kasei, Chi Mei, Dynasol, Goodyear, JSR, LANXESS, LG Chem, SIBUR, Sinopec, Sumitomo Chemical Asia, Synthos, Taiwan Synthetic Rubber, Trinseo and Versalis. Vertical integration and a strategic focus on tire applications are among the competitive strategies identified.
The outlook is not without risks. International trade developments, supply chain disruptions and economic uncertainty are cited as challenges. The report includes updated analysis of tariff developments across more than 180 countries and their potential effects on sourcing, supply chains and geographic market positioning. It also incorporates revised forecasts through 2030, historical performance from 2015 to 2023 and competitive market share estimates for 2025.
Overall, the report expects continued expansion as automakers seek materials that support tire performance, fuel efficiency and vehicle safety. Tire demand and regional growth, especially in China, are expected to remain important contributors, alongside technology, EV adoption and demand from footwear and industrial applications.