PUdaily has officially launched 2025-2026 Global Polyurethane Market Report Portfolio. The reports conclude researches on key polyurethane raw materials such as TDI, MDI, PO, polyether polyols, AA, BDO-THF-PTMEG, TPU, and system houses, providing in-depth insights across polyurethane value chain.
Available 2025 Reports
Asia-Pacific Region
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Asia-Pacific MDI Market Research Report (2025)
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Asia-Pacific Propylene Oxide Market Research Report (2025)
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Asia-Pacific Polyether Polyols Market Research Report (2025)
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Asia-Pacific TDI Market Research Report (2025)
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Asia-Pacific Polyurethane Monthly Report
China Market
6. China Modified MDI Market Research Report (2025)
7. China HDI Market Research Report (2025)
8. China TPU Market Research Report (2025)
9. China Polyurethane Elastomers Market Research Report (2025)
10. China Rigid Blended Polyols Market Research Report (2025)
11. China Adipic Acid–Polyester Polyols Market Research Report (2025)
12. China BDO–THF–PTMEG Market Research Report (2025)
Evolution and Trends of Global Polyurethane Supply Landscape
In 2025, the global economic landscape remains in flux, and the polyurethane industry, as a vital component of national economies, continues to closely mirror macroeconomic shifts. Major suppliers such as Wanhua Chemical, BASF, Covestro, Dow, and Huntsman are reshaping the competitive map through strategic expansions and capacity realignments. The Asia-Pacific region, as a primary growth engine, is optimizing capacity distribution and accelerating industrial upgrading. At the same time, supply chain reconfiguration, geopolitical shifts, and evolving trade rules present both challenges and opportunities across the polyurethane value chain. From this global vantage point, PUdaily’s 2025 report analyzes how macro political and economic trends are affecting the sector and offers strategic foresight to support corporate decision-making.
Downstream Markets of Polyurethanes are Closely Linked to Improving People’s Livelihood
Polyurethane materials, valued for their performance and diverse forms, are increasingly embedded in daily life. Across apparel, food, housing, and transportation, applications are shifting from basic functions to higher-value, performance-driven solutions. Energy-efficient insulation contributes to carbon reduction targets; high-performance polyurethane waterproofing protects urban infrastructure; polyurethane thermal insulation in smart appliances improves energy efficiency; and flexible foams in furnishings enhance comfort and living standards.
Driven by changing consumer expectations, polyurethane applications are moving toward premium, functional, and intelligent solutions. In health-focused products, antibacterial and mildew-resistant polyurethanes are more widely used in mattresses and sofas. In wearable tech, high-performance polyurethane elastomers improve comfort and durability. In cold chain logistics, efficient polyurethane insulation helps ensure food safety and quality. In municipal projects, polyurethane-based waterproof coatings and paving materials provide long-term protection for infrastructure. Polyurethane now bridges technological innovation and human-centric needs, playing an important role in improving quality of life.
China’s New Energy Strategy Drives New Opportunities in the Polyurethane Market
Under the national “dual-carbon” strategy, the new energy sector has become a key driver of high-quality growth. In 2025, China’s new energy industry expanded rapidly, creating substantial new demand for polyurethane materials.
NEV: With the deep integration of electrification and intelligent connectivity, China’s NEV industry entered a phase of high-quality growth. From January to September 2025, NEV production and sales reached about 11.24 million and 11.23 million units, up 35.2% and 34.9% year-on-year. NEV sales accounted for 46.1% of total new vehicle sales, and retail penetration rose to 57.8% in September, projected to exceed 60% by year-end. This strong growth is driving demand for lightweight polyurethanes and EV battery protection solutions. Polyurethane applications in NEVs now extend beyond interiors and seating to battery pack sealing, motor encapsulation, and charging infrastructure, where its strength, sealing performance, and light weight improve vehicle safety, range, and overall performance.
Solar Power: From January to September 2025, China’s PV installations totaled about 1,126.51 GW, a year-on-year increase of 45.7%, representing 30.31% of the country’s total installed power capacity, up 5.85% versus the same period in 2024. This rapid expansion creates opportunities for polyurethane in PV module encapsulation and structural framing. Given its mechanical properties, weather resistance, and processability, polyurethane is positioned to progressively replace conventional materials in support structures, helping PV manufacturers lower costs and improve sustainability.
Wind Power: New energy capacity additions in 2025 are projected at 430-500 GW, with steady growth in onshore wind power and accelerated development of offshore wind projects. This trend boosts demand for advanced composites, notably polyurethane-based composites. In turbine blades, polyurethane composites offer improved fatigue resistance, lighter weight, and faster curing than traditional epoxy systems, contributing to higher efficiency, longer blade life, and lower maintenance costs.
Accelerating the Green Transformation of the Polyurethane Industry
Bio-based and recyclable polyurethanes, and low-carbon manufacturing processes, moved more rapidly toward industrialization. Leading firms established comprehensive carbon neutrality roadmaps, driving sustainability across the value chain. Policy support for green materials and the circular economy strengthened, with initiatives such as the 14th Five-Year Plan on Circular Economy and the Carbon Peaking Action Plan for Industrial Sectors facilitating industrial transformation.
Technologically, progress was notable in low-carbon feedstocks, energy-efficient production, and recycling. Industrialization of bio-based polyols and CO2-based polyols gained traction; waterborne and solvent-free PU formulations expanded market share; and both chemical and physical recycling routes advanced. These innovations reduce product carbon footprints while creating new growth drivers and competitive advantages.
Key Highlights of PUdaily’s 2025 Global Polyurethane Market Report:
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In-depth analysis of the 2025 global polyurethane supply landscape, including strategic moves and capacity expansion by major suppliers
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Assessment of 2025 global demand trends with regional evaluations and macroeconomic impact analysis
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Review of evolving trade patterns, trade barriers, and regional supply-chain cooperation mechanisms
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Asia-Pacific market outlook, covering China’s industrial upgrading, Southeast Asia’s rising role, and regional collaboration dynamics
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Evaluation of emerging application breakthroughs in new energy, healthcare, and intelligent equipment
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Raw-material price forecasts, including feedstock cost dynamics, supply-demand pattern, and policy influences
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Pathways to green development: industrialization of bio-based materials, circular economy models, and low-carbon technology adoption
PUdaily’s Global Polyurethane Market Report integrates authoritative data, deep industry insights, and forward-looking analysis to provide objective decision support for upstream and downstream enterprises, investors, and research institutions, promoting the high-quality, sustainable development of the polyurethane industry.
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