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2-Phenylphenol

  • 38000CNY/TON Updated: 2026-08-06
  • Price change (DoD): +2500
    Average price (3M):35801 CNY/TON
    Price Level(1Y):High
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2-Phenylphenol Prices Trends in China

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2-Phenylphenol Prices sources

Reg Spec 2026/08/04 2026/08/05 2026/08/06 ChangeUnit Comparison

2-Phenylphenol Market share- How big is the 2-Phenylphenol market?

China and India are the leading exporters of 2-Phenylphenol (CAS 90-43-7), accounting for the majority of global export volume in recent years, while the United States, Germany, and South Korea remain the largest importers. Import volumes into the U.S. and EU have remained relatively stable since 2022, with modest fluctuations aligned with shifts in 2-Phenylphenol prices and regulatory demand for fungicidal preservatives in agricultural and industrial applications.

2-Phenylphenol Market Analysis

Recent Market Dynamics Intelligence for Orthophenylphenol (OPP)

I. Price Information
- Current Quotation: Shandong Xuchen Chemical Technology Co., Ltd. quoted RMB 33,800 per metric ton for orthophenylphenol (purity ≥99.9%) on July 25, 2026, with delivery at Zibo City, Shandong Province; packaging: 25 kg/bag; quotation validity: 7 days.
- Historical Price Trend:
- From 2021 to 2025, domestic OPP prices declined continuously due to supply-demand imbalance. The average price in 2024 fell to RMB 23,500/ton—down 21.6% from the 2021 peak.
- In 2026, prices underwent phased adjustments driven by volatility in phenol feedstock costs and tightening environmental regulations.

II. Supply-Demand Landscape
- Supply Side:
- Overcapacity: As of end-2025, China’s effective annual production capacity reached 186,000 tons, while apparent consumption stood at only 92,000 tons—resulting in a sustained capacity utilization rate below 49%. Over 60% of newly added capacity is concentrated in the East China region, exacerbating regional overcapacity.
- Technological Divergence: More than 85% of producers focus on industrial-grade OPP (98–99% purity) using homogeneous process routes. Leading enterprises (e.g., Zhejiang Longsheng, Weifang Runfeng) have established competitive advantages via continuous-process technology (yield >88%) and green factory certification.
- Demand Side:
- Traditional Applications Declining: Agricultural chemical intermediate demand contracted due to green agriculture policies and stricter pesticide registration requirements. In 2024, registrations of OPP-containing formulations dropped 17.3% year-on-year; agricultural-grade consumption share fell from 52% in 2020 to 41%.
- High-End Demand Growing: Rapid growth is evident in electronic chemicals and pharmaceutical intermediates. In 2024, imports of high-purity OPP (≥99.9%) totaled 1,860 metric tons—a 12.4% YoY increase—with import dependency as high as 92%.

III. Cost Structure & Profitability
- Raw Material Costs:
- Phenol price volatility directly impacts OPP production cost. In July 2026, phenol prices trended upward: the reference price stood at RMB 8,205/ton on July 24—up 6.56% from July 1.
- Under the sulfonation-alkali fusion process, raw material costs (phenol and cyclohexanone) account for 42.6% of total production cost; energy and utilities represent 21.5%; and environmental compliance expenses constitute 17.6%.
- Profit Pressure:
- SMEs face mounting pressure due to limited R&D capability (industry-average R&D investment ratio: only 1.8%) and high environmental compliance costs (compliance-related expenses account for 28–35% of total cost per ton), pushing some into a 'production-at-loss' scenario.
- Top-tier enterprises achieve unit production cost reductions of 28.5–32.4% versus SME facilities through technological upgrades (e.g., continuous-flow microreactor processes) and economies of scale.

IV. Policy & Regulatory Environment
- Environmental Regulations:
- Under the “New Pollutants Governance Action Plan”, enterprises must implement closed-loop management of phenol-containing wastewater and VOC emissions. For SMEs, per-ton compliance cost has risen to 28–35% of total cost—significantly higher than the 12–18% range for industry leaders.
- The Ministry of Industry and Information Technology imposes dual constraints—capacity replacement and energy efficiency thresholds—on new OPP production projects. New installations must be equipped with VOC end-of-pipe treatment systems, with emission concentration limits capped at ≤60 mg/m3.
- Application Restrictions:
- The EU REACH Regulation lists orthophenylphenol as a Substance of Very High Concern (SVHC) candidate.
- The U.S. FDA permits its use solely as a surface disinfectant for citrus fruits, with a maximum residue limit of 10 ppm.
- China’s “National Food Safety Standard – Use of Additives in Food Contact Materials and Articles” restricts total migration of OPP to ≤0.2 mg/kg.

V. Competitive Landscape
- Market Concentration: The top five players (including Zhejiang Longsheng and Weifang Runfeng) collectively hold a 61.3% market share, leveraging continuous-process technology, green factory certification, and export qualifications to sustain competitive moats.
- Regional Differentiation:
- Shandong Province hosts highly concentrated capacity and intense price competition; July quotations remain stable at RMB 11,000–11,500/ton.
- Jiangsu Province benefits from strong local demand from pharmaceutical clusters; regional producers command premium pricing via product differentiation, maintaining quotations at RMB 14,000–15,000/ton.

Analysis & Forecast

I. Short-Term Price Outlook (July–September 2026)
- Supporting Factors:
- Rising phenol prices provide cost-based support.
- Surging demand from pharmaceutical intermediates (e.g., anticancer drugs, antibiotics synthesis)—now accounting for 55% of total high-purity OPP demand—bolsters pricing power for premium-grade products.
- Constraining Factors:
- Severe overcapacity (capacity utilization persistently <49%) ensures ample supply, limiting sharp price increases.
- Continued contraction in traditional agrochemical applications further dampens overall demand momentum.
- Forecast: Prices will remain broadly stable in the near term, with minor localized fluctuations driven by supply-demand mismatches. National mainstream pricing is expected to hold within RMB 33,000–34,000/ton.

II. Medium-to-Long-Term Trends (2026–2030)
- Demand Drivers:
- Rapid expansion in high-end applications (electronic chemicals, pharmaceutical intermediates) creates substantial import-substitution opportunities—currently, 92% of high-purity OPP demand is met via imports.
- Growing pharmaceutical demand and rising environmental compliance costs will sustain and gradually lift the price floor for high-purity grades.
- Supply Optimization:
- Regulatory pressure accelerates adoption of greener synthesis technologies (e.g., direct oxidative coupling), gradually replacing conventional sulfonation-alkali fusion methods. Long-term average cost curves are expected to shift downward asymmetrically, driven by technological progress.
- Industry consolidation will deepen: CR5 concentration may exceed 70%, enabling leading firms to capture above-average returns via technological barriers and regional market penetration.
- Forecast: The medium-to-long-term price center is poised to rise steadily; high-purity OPP prices may surpass RMB 35,000/ton. However, abundant supply will constrain explosive gains, narrowing price volatility.

III. Risks & Opportunities
- Key Risks:
- A phenol price rebound exceeding 15% could materially compress profit margins.
- Breakthroughs in bio-based feedstocks could reshape raw material sourcing—but near-term impact remains limited.
- Escalating international trade barriers—including carbon tariffs and export controls—may impair export market access.
- Strategic Opportunities:
- Breakthroughs in green synthesis technologies and circular economy models offer transformative potential for future cost structure optimization.
- Vertical integration and horizontal M&A present compelling synergies and investment value creation opportunities.
- Differentiated product portfolios and targeted development of high-value applications (e.g., electronic-grade, pharmaceutical-grade OPP) represent critical growth levers.

About 2-Phenylphenol

2-Phenylphenol is a white to light tan crystalline solid at room temperature, with a faint phenolic odor and moderate volatility; it melts at approximately 56–58 °C and boils at around 286 °C. It is classified as a substituted aromatic compound and an organic chemical intermediate. Industrially, it serves primarily as a precursor in the synthesis of fungicides—especially biphenyl-based agricultural protectants—and as a building block for dyes, antioxidants, and polymer stabilizers. Its main application areas include agrochemicals, specialty coatings, and polymer additives, where it contributes to performance properties such as UV resistance and thermal stability.

1. Fungicides: fruit and vegetable preservative. It is mainly used for the treatment of citrus epidermis mold.2. For the European Economic Community countries and the United States, in addition to be applied citrus, can still use it for cucumber, carrot, apple, melon, tomatoes and so on. Japan is limited to citrus with the maximum residue 0.01g/kg (1990).3. The usage condition of each country is as follows (allowable amount, mg/kg) Canadian cherry, 5; citrus, cucumber, pepper, pineapple, tomato, 10; sweet potato, 15; carrot, peach, plum fruit, 20; ; Melon, 12. European citrus, 12. Dutch citrus, 10. English citrus, 70; apple, pear, pineapple, 10; melon, 125. Orange, pepper, pineapple, tomato, sweet potatoes, 15; carrots, peaches, plums, pears, pears, pears, pears, pears, pomegranates, citrus, cucumber, grapefruit: 20; apple, pear, 25; Roman melon, 125 (edible part ≤10).4. Usage method: The goods is embedded into wax at about 0.8% with spray or dipping way for treatment, being able to prevent the corruption caused by the Gectricnumdidum. This product is of the best efficacy with biphenyl. For the treatment of mildew caused by P. digitation in citrus, 60.% of the untreated product was moldy in about 3 to 5 weeks while only 3.4% of the treated product became moldy finally.5. 2-Phenylphenol can be used as antiseptic fungicide. China provides that it can be used for citrus preservation with the maximum usage amount of 3.0g/kg and the residue amount being not greater than 12 mg/kg.6. As antiseptic fungicide, the provisions of China can also be used for citrus preservation, the maximum use of 3.0g/kg and residue being not greater than 12mg/kg.7. 2-Phenylphenol is used for strong bactericidal function, being used for the preservation of wood, leather and paper as well as storage of fruits and vegetables and meat preservation.8. 2-hydroxy biphenyl is used as the carrier of carrier dyeing method of hydrophobic synthetic fiber polyvinyl chloride and polyester, surfactants, bactericidal preservatives, dye intermediates. In Japan, 2-hydroxy biphenyl and sodium salt is used for the prevention of citrus mildew. We can embed into wax with 0.8% of the product and spray into the post-harvest citrus, or can also use it in combination with biphenyl, being able to minimize the corruption. Britain, the United States, and Canada allow the use of a larger range of fruits, including apples, pears, pineapple and so on. The goods, as a preservative is also used in cosmetics. The oral LD50 of 2-hydroxybiphenyl to rats was 2.7-3.0 g/kg.9. It can be used for preservation of fruits and vegetables.10. 2-Phenylphenol can be applied to fluorescence determination of triose. It can also be used as Dye intermediates.11. Used as a deoxyribonuclease (DNase) inhibitor;
Bright purple crystals

This chemical is included in Fine Chemicals. See more about what is 2-Phenylphenol and 2-Phenylphenol SDS information.

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