China and India are the leading exporters of Phthalonitrile (CAS 91-15-6), accounting for the majority of global export volume in recent years, while the United States, Germany, and South Korea represent the largest importing markets. Imports into the U.S. and EU have remained relatively stable since 2022, with modest growth aligned with steady demand from specialty chemical and polymer manufacturing sectors—Phthalonitrile prices have shown limited volatility amid consistent supply from Asian producers.
Phthalonitrile Market Dynamics Report (Recent Commodity Market Intelligence)
I. Price Trends
- Latest Quotation: As of July 8, 2026, the benchmark price for 99% pure phthalonitrile in the East China region (Jiangsu Xinsu) stands at RMB 91,333 per metric ton—unchanged from the previous quotation. The three-month average price is RMB 91,716/ton, with a three-month low of RMB 91,000/ton and a high of RMB 92,000/ton. Current pricing is at a yearly low.
- Regional Price Spread: Prices in East China are lower than those in Central China (e.g., Hubei), primarily due to logistics costs and regional production capacity distribution.
- Historical Volatility: On April 30, 2026, the benchmark price for 99% pure phthalonitrile in East China was RMB 92,000/ton—unchanged from January levels; no significant fluctuations occurred over the past three months, and prices remained at a yearly high.
II. Supply and Demand
- Supply Side: Jiangsu Yangnong’s new 20,000-ton-per-year intelligent production facility is scheduled to commence operations in Q2 2026. Coupled with the broader adoption of enzymatic nitration technology, industry-wide production costs are projected to decline by 12.5% in Q4, potentially driving downward pressure on the overall price center.
- Demand Side: Global demand growth has accelerated to 4–6% year-on-year, with high-end application segments expanding at over 10%. Breakthroughs in applications of phthalonitrile resins—particularly in commercial aerospace, defense, and electronics/electrical sectors—are expected to lift the high-end market share to 30% by 2028.
- Import/Export Situation: Chinese enterprises are gaining stronger global influence: export share is projected to rise from 25% in 2025 to 40% in 2028, positioning China as one of the world’s leading suppliers.
III. Cost Structure and Raw Materials
- Raw Material Prices: Ortho-xylene prices have been volatile, but cost pass-through to phthalonitrile remains limited, resulting in weak support for phthalonitrile pricing. For example, ortho-xylene prices dropped sharply from RMB 824/ton on June 24, 2026, to RMB 675/ton on June 30, 2026.
- Cost Reduction Outlook: With Jiangsu Yangnong’s new facility coming online and wider implementation of enzymatic nitration technology, industry-average production costs are expected to fall by 10–15%, potentially shifting the price center downward to RMB 85,000–90,000/ton.
IV. Policy and Environmental Regulations
- Policy Support: The Chinese government has prioritized phthalonitrile monomer synthesis and resin manufacturing on its national “bottleneck technology” R&D list—the top item on the agenda. A dedicated industrial fund has been established to support related projects, with explicit targets set for achieving domestic catalyst localization and independent controllability of critical equipment.
- Environmental Oversight: Stricter environmental standards for the chemical industry are being enforced, promoting green production technologies. Requirements for metallic ion residue levels have become significantly more stringent, accelerating the exit of outdated, low-end production capacity. While tighter regulation may raise short-term operating costs, it delivers long-term advantages to technologically advanced enterprises.
V. Competitive Landscape and Corporate Developments
- Market Competition: Capacity expansion in low-end segments may trigger price wars; close attention should be paid to the withdrawal of small and medium-sized enterprises (SMEs). Gross margins in high-end segments stand at ~23.9%, approximately 9.2 percentage points higher than those in traditional markets—acting as a strong catalyst for enterprise transformation toward technology-intensive operations.
- Corporate Developments: Zhejiang Lianhua Chemical Group acquired the specialty additives business of German company Borchers, gaining access to European automotive electronics customers. Its export share is expected to increase to 35.7% in 2026.
Analysis and Assessment
- Price Trend: In the near term, phthalonitrile prices are expected to remain stable within RMB 91,000–92,000/ton, with volatility confined to ±2%, supported by balanced supply-demand fundamentals and raw material cost dynamics. Over the longer term, new capacity additions and technological diffusion will likely drive the price center downward.
- Market Structure: Rapid growth in high-end application demand will serve as the primary engine for industry-scale expansion. Simultaneously, intensified environmental regulation will accelerate industry consolidation, enabling technology-leading enterprises to capture greater market share.
- Risk Factors: Key risks include potential price wars triggered by low-end capacity expansion, policy-related uncertainties (e.g., further tightening of environmental standards or trade barrier adjustments), and volatility in raw material prices impacting downstream industries.
Outlook
- Price Forecast: Phthalonitrile prices are expected to remain stable in the first half of H2 2026, followed by a gradual downward adjustment in Q4—driven primarily by cost reductions.
- Market Forecast: Sustained high-end demand growth will further expand the overall phthalonitrile market size. Concurrently, China’s global market position will continue strengthening, with export share projected to rise steadily.
- Industry Trends: Environmental regulatory tightening and continuous technological innovation will emerge as the two dominant drivers shaping industry development. Enterprises must intensify R&D investment and enhance product quality and technical capabilities to remain competitive amid escalating market intensity and environmental challenges.
Phthalonitrile is a white to pale yellow crystalline solid with a faint, characteristic odor; it has a melting point of approximately 138–140 °C and sublimes readily under reduced pressure. It is an aromatic dinitrile and classified as a specialty organic chemical intermediate. Primarily employed in the synthesis of phthalocyanine dyes and pigments—especially copper phthalocyanine—it serves as a key precursor for high-performance polymers, including polyphthalonitrile resins used in aerospace composites and high-temperature coatings. Its applications are concentrated in the dyes and pigments, advanced materials, and specialty polymer sectors.
Phthalonitrile is used as a starting material for producing phthalocyanine pigments (→ Phthalocyanines), fluorescent brightners, and photographic sensitizers.
Phthalonitrile is a crystalline powder having a faint grayish yellow color and a slighty aromatic odor, similar to benzonitrile. Phthalonitrile was first described in 1896 when it was isolated during the diazotization of 2-aminobenzonitrile. The compound is sparingly soluble in water (ca. 1 g/L) and soluble in acetone, nitrobenzene, and benzonitrile. It cannot be distilled and polymerizes if heated above the melting point. It is not explosive and is difficult to ignite, but the dust can explode.
This chemical is included in Fine Chemicals. See more about what is Phthalonitrile and Phthalonitrile SDS information.
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