01 Growing Shift Toward Bio-Based Coating Raw Materials The paints and coatings market is increasingly shifting from conventional fossil-derived ingredients toward renewable feedstocks for resins, binders, solvents, and other formulation components. Bio-based chemistry can reduce dependence on petroleum resources while allowing manufacturers to lower the product carbon footprint of architectural and industrial coatings. The transition also encourages development of coating materials designed around circular and lower-carbon chemical value chains. Renewable formulation chemistry is therefore becoming an important part of paints and coatings market trends. In March 2026, AkzoNobel advanced its bio-based resin technology using monomers produced from biomass-derived sugar components. The process uses UV light, oxygen, and renewable raw materials, while patent applications have been filed covering the resulting resins and coatings.
02 Increasing Development of Digital Color-Matching Technologies Coating formulation and refinishing are becoming more digital as manufacturers use spectrophotometers, cloud software, and algorithm-based color databases to improve color identification. Digital matching can reduce manual trial-and-error formulation, minimize paint waste, and improve consistency when repairing complex finishes. These capabilities are particularly useful for automotive refinishing, where thousands of colors and variants must be reproduced accurately. Digital color management is consequently expanding the paints and coatings industry toward more data-driven application workflows. In May 2025, Axalta expanded its digital color-management ecosystem supporting more than 200,000 automotive color formulas, allowing refinish professionals to identify and reproduce vehicle colors using digitally connected measurement and formulation tools.
01 Expansion of Infrastructure Maintenance Increases Protective Coating Requirements Bridges, industrial facilities, pipelines, storage tanks, marine structures, and other infrastructure require protective coatings to limit corrosion and extend asset life. Aging structures need repeated inspection and recoating because exposure to moisture, chemicals, salt, and temperature changes gradually degrades protective surfaces. Maintenance spending therefore creates recurring consumption rather than demand only during initial construction. Growing requirements to preserve long-life assets are strengthening paints and coatings market demand.
01 Volatile Petrochemical Raw-Material Costs Pressure Manufacturer Margins Paint manufacturers depend on resins, solvents, pigments, additives, and other chemical inputs whose costs can fluctuate with crude oil, energy, logistics, and chemical-production conditions. Rapid input-price changes are difficult to pass immediately to customers because many coatings are sold under contracts or through highly competitive distribution channels. Manufacturers may therefore experience margin pressure or need frequent pricing adjustments. Raw-material volatility can consequently restrain paints and coatings market growth by increasing production-cost uncertainty.
01 Expansion of Powder Coatings for Lower-Emission Finishing Powder coatings provide a distinct opportunity because they can be applied without the conventional liquid solvents responsible for substantial VOC emissions. Oversprayed powder can also be recovered in suitable production systems, improving material utilization across appliances, furniture, automotive components, and industrial equipment. Lower-temperature curing technologies can further reduce energy consumption during finishing. Sustainable industrial finishing can therefore help suppliers increase paints and coatings market share.
01 Decarbonizing Energy-Intensive Coating Manufacturing Coating production requires electricity and thermal energy for resin processing, dispersion, mixing, ventilation, temperature control, and other manufacturing operations. Producers must reduce these emissions across multiple plants while maintaining consistent output and product performance. Moving facilities toward renewable electricity can lower operational emissions, but implementation requires changes in energy procurement and manufacturing infrastructure. Production decarbonization therefore remains a major challenge as paints and coatings market size expands.
June 2026 PPG Industries expanded its paints and coatings portfolio by advancing sustainable coating technologies, high-performance finishes, and low-emission solutions. The company focused on supporting automotive, industrial, aerospace, and architectural applications.
May 2026 AkzoNobel expanded its coatings business by advancing decorative paints, protective coatings, and sustainable coating solutions. The initiatives focused on improving product performance, reducing environmental impact, and supporting global construction and industrial markets.
April 2026 Sherwin-Williams expanded its coatings portfolio by advancing industrial coatings, architectural paints, and technology-driven finishing solutions. The company focused on improving durability, sustainability, and customer-specific coating performance.
November 2025 Nippon Paint expanded its paint and coatings operations by advancing eco-friendly coatings, protective solutions, and regional production capabilities. The company focused on meeting rising demand from construction, automotive, and industrial sectors.