In 2023–2024, the leading exporters of butyl rubber were the United States, Germany, and South Korea, collectively accounting for over 50% of global export value; major importers included China, India, and Mexico, reflecting strong demand from tire manufacturing and pharmaceutical packaging sectors. Butyl rubber prices have remained relatively stable amid steady export volumes from top suppliers, though import growth accelerated in Southeast Asia and India, signaling expanding downstream industrial capacity.
Butyl Rubber Commodity Market Dynamics Report (Recent Update)
I. Price Trends
1. Spot Prices: As of July 28, 2026, domestic butyl rubber prices in China exhibited volatile adjustment. Prices for standard butyl rubber ranged between RMB 16,300–16,800 per ton, while halogenated butyl rubber traded at RMB 22,500–23,000 per ton—down 1.9%–2.5% month-on-month versus June’s average.
2. Futures Prices: The benchmark rubber futures contract closed at RMB 16,380 per ton on July 28, 2026, down RMB 345 per ton (–2.06%) from the previous trading day. The intraday price range was RMB 16,330–16,710 per ton, reflecting relatively weak near-term supply-demand expectations.
II. Supply and Demand Dynamics
1. Supply Side:
– Domestic Production: China’s butyl rubber output totaled 135,700 tons from January to May 2025, representing a YoY surge of 105.02%. Output for H1 2026 is projected at 140,000 tons, with stable sequential performance and an average capacity utilization rate of 49%.
– Import Dependence: In H1 2024, imports of standard butyl rubber reached 90,000 tons (+34% YoY), and halogenated butyl rubber imports amounted to 100,000 tons (+49% YoY), primarily sourced from Russia, Saudi Arabia, and Singapore.
– Plant Operations: Major producers—including Yanshan Petrochemical and Zhejiang Xinhui—maintain stable operations; however, scheduled maintenance by several enterprises commencing late October 2024 is expected to reduce Q4 supply by 5%–8% quarter-on-quarter.
2. Demand Side:
– Tire Industry: China’s rubber tire production reached 106.248 million units in June 2026, up 2.8% YoY; radial tires’ share rose to 85%, driving increased demand for butyl rubber as inner-liner material.
– Emerging Applications: New growth areas include pharmaceutical packaging (annual consumption of medical-grade rubber stoppers exceeds 8 billion units), lithium-ion battery separators (food-grade butyl rubber demand growing 10%–15% annually), and sealing materials for high-pressure hydrogen storage cylinders—collectively contributing meaningful incremental demand.
– Consumption Structure: Tires account for over 85% of total consumption; pharmaceutical packaging represents ~12%; other applications constitute ~3%.
III. Cost and Profitability
1. Raw Material Costs: Isobutylene prices stand at RMB 8,700 per ton (–13.07% YoY), driven by a lower global oil price benchmark (Brent crude at USD 75/barrel) and improved C4 fraction extraction efficiency—reducing per-unit production costs by 10%–15%.
2. Industry Profitability: Theoretical industry profit averaged –RMB 24 per ton in H1 2024, reflecting a 55% YoY narrowing of losses. However, rising MTBE feedstock prices since March have pressured margins. Halogenated butyl rubber maintains stronger profitability than standard grades.
IV. Key Market Drivers
1. Policy Support: The National Development and Reform Commission’s “Catalogue for Guiding Industrial Restructuring (2023 Edition)” classifies high-performance synthetic rubber as a priority encouraged sector. Meanwhile, the Ministry of Industry and Information Technology’s new materials insurance compensation mechanism lowers commercialization risk, accelerating adoption of domestically produced high-end products and boosting their market share.
2. Environmental Regulations: The Ministry of Ecology and Environment’s “Clean Production Assessment Indicator System for Rubber Products Industry” mandates that newly built facilities meet stringent standards—energy consumption ≤0.85 tons coal-equivalent/ton product and SO? emissions ≤50 mg/m3—prompting exit of smaller, inefficient capacities and further consolidating industry concentration.
3. Geopolitical Risks: The Red Sea crisis disrupted import logistics during H1 2024, stimulating export activity by domestic producers. However, supply chains have largely normalized by 2026, and resumed import inflows may cap upward price momentum.
Analysis & Outlook
1. Short Term (1–3 Months):
– Price Pressure: Falling futures prices signal market skepticism regarding the pace of demand recovery. Concurrently, Q4 plant maintenance will reduce supply sequentially, leading to price stabilization: standard butyl rubber likely to trade within RMB 16,000–16,500/ton; halogenated butyl rubber within RMB 22,000–22,500/ton.
– Structural Divergence: Premium halogenated butyl rubber benefits from resilient demand in pharmaceutical packaging and battery applications, sustaining pricing power; standard grades face limited price elasticity amid seasonal softness in the tire sector.
2. Medium-to-Long Term (6–12 Months):
– Capacity Expansion: Jiangsu Zhongding and other firms plan to commission a new 60,000-ton/year compounded rubber sheet production line in H2 2026—potentially increasing long-term supply pressure.
– Demand Upgrade: Performance requirements are intensifying across EV tires, premium medical vial stoppers, and hydrogen energy storage systems—catalyzing industry-wide transition toward high-value-added products. Firms with advanced technical capabilities will gain competitive advantage.
Forecast
1. Price Trend: Butyl rubber prices in H2 2026 are expected to follow a “stable-then-soften” trajectory. Q4 prices may rise 2%–3% above Q3 levels supported by maintenance-driven supply constraints, yet full-year average prices are projected to decline 3%–5% YoY.
2. Supply-Demand Balance: Apparent consumption is forecast at 550,000–580,000 tons, up 6%–8% YoY; the supply-demand gap is expected to narrow to under 50,000 tons, with import dependency falling below 35%.
3. Industry Opportunities: Enterprises possessing independent core technologies, stable downstream channels (e.g., EVs, pharmaceutical packaging), and strategic positioning in high-value segments will benefit most from rising industry concentration and demand upgrading.
Butyl rubber is a synthetic elastomer appearing as a tough, amorphous, off-white to light brown solid at room temperature, with no significant odor and negligible volatility. It is a copolymer of isobutylene with a small amount (1–3%) of isoprene, classified as a halogen-free saturated hydrocarbon polymer. Primarily valued for its low gas permeability, excellent aging and ozone resistance, and good damping properties, it is used predominantly in tire innerliners, tubeless tire bladders, and specialty seals. Key application areas include automotive components, pharmaceutical stoppers, vibration-damping materials, and protective linings for chemical storage tanks and hoses.
Butyl rubber is formed from the polymerization of isobutene (isobutylene) with small amounts of chloroprene, isoprene, or butadiene and may be halogenated. The reaction is carried out in a closed system with an aluminum chloride catalyst. Butyl rubber is highly impervious to gases, which makes it the rubber best suited for inner tubes and tires, air chambers, adhesives, and dielectrics. Isobutene is an anesthetic and asphyxiant gas and can be hazardous in concentrations high enough to produce asphyxia. At these concentrations, explosion is an additional hazard.
Viscosity controlling agent.
This chemical is included in Rubber. See more about what is butyl rubber and butyl rubber SDS information.
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