4,4'-Biphenol

Biphenol Market Intelligence Report (April 2026)

I. Price Dynamics
1. Significant Regional Price Differentials
– Shandong Province: Premium-grade product quoted at RMB 28,800–32,000 per metric ton;
– Hubei Province: Product with 99.5% purity quoted at RMB 30,000 per metric ton;
– Shanghai: High-purity product (99.9%) quoted at RMB 50,000 per metric ton;
– Shandong Aite Chemical Co., Ltd. (quoted on April 4, 2026): Tax-inclusive price of RMB 52,000 per metric ton for 99% purity product, valid for 7 days.

2. Short-Term Price Stability
– Business Community’s benchmark price for hydroquinone (a closely related compound to biphenol): RMB 30,500 per metric ton (as of March 16, 2026), unchanged from the beginning of the month.

II. Supply-Demand Landscape
1. Overcapacity and Structural Imbalance
– Global capacity: ~128,000 metric tons; actual demand: 96,000 metric tons; capacity utilization rate: 75%;
– China’s annual capacity: 72,000 metric tons; domestic consumption: 41,000 metric tons; surplus capacity: 31,000 metric tons;
– High-Purity Gap: Domestic production of high-purity biphenol (≥99.5%) accounts for only 32% of total output—well below the international average of 65%. In 2024, China imported 13,500 metric tons of high-purity biphenol, primarily from Japan and Germany.

2. Demand Drivers
– New Energy Sector: China’s new energy vehicle (NEV) production is projected to reach 8.5 million units in 2026, with each vehicle requiring ~1.2 kg of biphenol—generating incremental demand of 10,200 metric tons;
– 5G Communications: The number of 5G base stations is expected to reach 8 million, driving a 35% growth in demand for communication materials;
– Electronic Materials: Consumption in OLED and semiconductor packaging applications reached 3,210 metric tons. Customers require ppb-level metal impurity control and SEMI certification—fueling premium pricing for high-purity products (e.g., pharmaceutical intermediates priced at RMB 860,000 per metric ton—4.2× the industrial-grade price).

III. Industry Trends and Policy Impacts
1. Green Transition and Technological Upgrading
– Environmental Pressure: China’s “Dual Carbon” strategy (carbon peak & carbon neutrality) is accelerating green transformation across the chemical industry. By 2025, the chemical sector will be fully integrated into China’s national carbon market. Enterprises’ environmental protection investment now accounts for 6.8% of total expenditure, and renewable energy usage has risen to 18.5%;
– Technological Breakthroughs: Adoption of green technologies—including continuous-flow microreactors and biocatalysis—is expanding. A Zhejiang-based enterprise’s microchannel reactor system achieved 76% solvent reduction and 34% energy savings; Shaanxi Yanchang Petroleum leverages coal tar-derived phenolics to build low-carbon pathways, reducing carbon footprint by 37%.

2. International Trade and Compliance Challenges
– EU Regulations: REACH has listed biphenol as a Substance of Very High Concern (SVHC) and initiated authorization procedures. In 2025, China’s exports to the EU declined by 11.3% year-on-year, with a return-to-origin rate of 17.6%, compelling manufacturers to upgrade compliance-focused processes;
– International Certification Costs: Export-oriented enterprises must obtain certifications such as REACH and TSCA—further raising technical barriers to entry.

IV. Competitive Landscape and Market Concentration
1. Dominance of Leading Enterprises
– Global Market: The top four manufacturers—SI Group, Honshu Chemical Industry, Hunan Dacheng Pharmaceutical and Chemical, among others—collectively hold ~92% market share (2021 data);
– Chinese Market: Industry CR5 (concentration ratio of top five firms) is projected to exceed 65%. Firms possessing dual certifications (electronics + pharmaceuticals), zero-wastewater discharge capability, green electricity usage, and international regulatory compliance capabilities are leading the market.

2. Regional Capacity Distribution
– East China (Jiangsu, Zhejiang, Shandong): Accounts for 73% of China’s newly added capacity, benefiting from well-developed compliant industrial parks;
– Central and Western Regions: Capacity expansion lags due to infrastructure constraints.

V. Outlook (2026–2029)
1. Price Trends
– Short-Term: High-purity product prices remain elevated, supported by robust demand from new energy and 5G sectors; industrial-grade products face downward pressure due to overcapacity;
– Long-Term: Accelerated domestic substitution (target: >50% high-purity product share by 2029) will reduce import dependence and intensify price divergence.

2. Technology-Driven Cost Reduction
– Wider adoption of continuous-flow reactors and biocatalysis, alongside breakthroughs in waste-liquid resource recovery (e.g., carbon capture and utilization), will lower integrated production costs;
– Digital transformation accelerates: smart manufacturing improves operational efficiency by 15%, with ROI exceeding 25% for industry-leading enterprises.

3. Policy and Market Risks
– Stricter Environmental Regulation: An increasing number of enterprises are expected to be shut down or restricted in production before 2026 due to non-compliance, raising compliance-related costs;
– Raw Material Price Volatility: Prices of phenol and acetone—key feedstocks—are sensitive to crude oil markets, potentially triggering cost-chain volatility;
– International Trade Friction: Escalating technical barriers in Europe and the U.S. (e.g., extended certification timelines, heightened risk of shipment rejection) pose growing challenges for exporters.