In 2023–2024, China and Germany were the leading exporters of Polyvinyl butyrals (CAS 63148-65-2), accounting for a combined majority of global export value, while the United States, South Korea, and India ranked among the top importers. Polyvinyl butyrals prices remained relatively stable across major markets during this period, reflecting balanced supply-demand conditions in key downstream sectors such as automotive safety glass and coatings. Export volumes from China showed modest growth (+4.2% YoY in 2024), while German exports held steady, indicating continued dominance by these two suppliers amid gradual diversification in regional import sourcing.
Polyvinyl Butyral (PVB) Recent Commodity Market Intelligence Report
I. Market Price Dynamics
* Price Levels: As of July 2026, the domestic 60S-grade PVB price remains stable at RMB 27,000 per ton. For premium 75S-grade products, regional and brand-based price discrepancies persist: Senfeida (Jiangsu) quotes RMB 34,000 per ton, while Wanwei (Shandong) quotes RMB 20,000 per ton.
* Price Volatility: Overall, PVB market prices have maintained a high-level stability recently. While minor price variations exist across specifications and brands, the aggregate price fluctuation remains narrow.
II. Market Supply and Demand Situation
* Supply Situation:
\t* Global PVB production capacity continues to expand, with China—the world’s largest PVB producer—increasing its share of total global capacity.
\t* Major domestic producers include Anhui Wanwei High-Tech Materials Co., Ltd., Shandong Tianli Pharmaceutical Co., Ltd., and Shanxi Sanwei Group Co., Ltd. These enterprises possess fully integrated, self-controlled production capabilities, ensuring relatively stable market supply.
* Demand Situation:
\t* The construction sector represents one of the primary application areas for PVB. With the accelerated promotion of green and energy-efficient buildings, demand for PVB continues to grow steadily, driven by its superior performance and eco-friendly attributes.
\t* Automotive demand for PVB remains robust and growing, particularly as lightweighting and enhanced safety requirements in new-energy vehicles drive increased adoption of PVB interlayers in automotive glazing.
\t* Demand from the photovoltaic (PV) industry is also rising annually; PVB interlayers serve critical protective and stabilizing functions in PV modules, effectively extending module service life.
III. Competitive Landscape
* Market Concentration: The PVB industry exhibits relatively high market concentration globally, dominated by a handful of multinational giants—including Eastman Chemical, Kuraray, and Sekisui Chemical. In the Chinese market, domestic players such as Zhejiang Destar and Anhui Wanwei are gaining ground; however, the high-end segment remains heavily reliant on international brands.
* Competitive Strategies: Competition among firms centers on product quality, technological innovation, cost control, and customer service. Industry leaders leverage economies of scale and technological advantages to maintain dominant market positions.
IV. Relevant Policies and Impacts
* Environmental Regulations: Rising global environmental awareness has led governments worldwide to impose increasingly stringent environmental standards on the chemical industry. Emissions of wastewater and exhaust gases generated during PVB manufacturing face strict regulatory controls, compelling enterprises to invest significantly in environmental upgrades—elevating production costs but simultaneously accelerating industry-wide green transformation.
* Industrial Policies: The Chinese government has introduced multiple supportive policies for emerging advanced materials industries, providing a favorable policy environment for PVB development. Concurrently, national initiatives promoting green and energy-efficient construction further stimulate demand for PVB materials.
Analysis, Outlook, and Forecast
I. Price Trend Forecast
* Short-Term Outlook: PVB market prices are expected to remain stable in the near term, with inter-specification and inter-brand pricing disparities likely to persist.
* Long-Term Outlook: With continued expansion of downstream application sectors, growing demand, and upward pressure on production costs—including raw material price increases and higher environmental compliance expenditures—PVB prices are projected to trend upward steadily over the medium to long term.
II. Demand Forecast
* Construction Sector: Ongoing promotion of green and energy-efficient buildings will sustain growth in PVB demand within the construction industry.
* Automotive Sector: Rapid development of new-energy vehicles, coupled with heightened demands for lightweighting and occupant safety, will further boost adoption of PVB interlayers in automotive glass applications.
* Photovoltaic Sector: Expanding global deployment of solar power and continuous technological advancement will sustain and accelerate demand for PVB interlayers in PV modules.
III. Industry Development Trends
* Green Transformation: Tightening environmental regulations and heightened consumer expectations regarding sustainability will propel the PVB industry toward greener development pathways. Enterprises will intensify R&D investment in environmental technologies and adopt cleaner production methods to minimize emissions.
* Technological Innovation and Upgrading: As downstream applications evolve and diversify, the PVB industry will prioritize technological innovation and R&D to develop high-performance, high-value-added PVB materials meeting evolving market needs.
* Market Consolidation and Rising Concentration: Amid intensifying competition and stricter environmental mandates, the PVB industry will experience accelerated consolidation and increasing market concentration. Leading enterprises—backed by scale advantages and technological prowess—will expand their market share, while smaller players face mounting pressure to either merge or exit the market.
Polyvinyl butyrals (PVB) is a transparent, thermoplastic resin typically supplied as colorless to pale yellow flakes or powder, with no characteristic odor and negligible volatility. It is a synthetic polymer derived from the acetalization of polyvinyl alcohol with butyraldehyde, classified as a polymeric binder and functional thermoplastic. PVB is primarily used as an interlayer material in laminated safety glass for automotive and architectural applications due to its excellent adhesion, optical clarity, and impact resistance. It also serves as a binder in ceramic green tapes, ink formulations, and specialty coatings, and finds use in adhesive systems and as a film-forming agent in industrial coatings and primers.
white solid PVB Preparation Products And Raw materials Raw materials
This chemical is included in Plastics. See more about what is Polyvinyl butyrals and Polyvinyl butyrals SDS information.
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