Iodine chloride

ICl (Iodine Monochloride) Recent Market Dynamics Intelligence Report

I. Price Trends
- **Recent Quotations**: According to ChemNet data, the benchmark price of iodine monochloride remained stable from July 1 to July 7, 2026. The actual transaction guidance price must be determined by applying an adjustment coefficient (K)—covering factors such as credit terms and financing costs—and a premium/discount (C)—accounting for logistics expenses, brand differentials, and regional price variations.
- **Historical Price Reference**:
- On November 16, 2025, the market price of iodine monochloride (48.6% purity) in Taixing, Shandong Province, was RMB 299,600 per metric ton.
- On April 8, 2026, the market price of iodine monochloride (48.6% purity) in Taixing, Shandong Province, was RMB 299,700 per metric ton.
- In June 2026, Wuhan Beiguo Feng Chemical Co., Ltd. quoted a suggested selling price of RMB 10 per kilogram (i.e., RMB 10,000 per metric ton) for iodine monochloride (≥99% purity); however, this price may vary depending on order volume, packaging specifications, and other commercial terms.

II. Supply-Demand Dynamics
- **Supply Situation**:
- As of end-2025, nine enterprises across mainland China possess industrial-scale production capacity for iodine monochloride, with a combined annual capacity of 2,850 metric tons.
- Key producers include Shandong Merck Technology, Jiangsu Kuaida Agrochemical, and Zhejiang Royalchem Technology—forming regional agglomeration effects.
- **Demand Situation**:
- Robust demand growth for high-purity halogenated reagents in pharmaceutical intermediates and electronic chemicals sectors has driven annual consumption growth of iodine monochloride in the pharmaceutical industry at over 19%.
- Semiconductor packaging and OLED manufacturing enterprises have significantly increased procurement volumes of high-purity iodine monochloride; usage in this niche segment rose by 24.7% year-on-year in 2023.

III. Industrial Chain Analysis
- **Upstream Raw Materials**: Primary raw materials are elemental iodine and chlorine gas. Iodine is mainly sourced from oilfield brine extraction and kelp ash processing; domestic iodine self-sufficiency has improved to 72.4%. Chlorine gas is abundantly supplied as a by-product of the chlor-alkali industry.
- **Midstream Manufacturing**: Midstream production involves relatively high technical barriers. The dominant process entails direct combination of iodine and chlorine gas in low-temperature inert solvents, requiring stringent control of reaction conditions to suppress side-product formation. High-purity grades further undergo multi-stage vacuum distillation and molecular sieve adsorption purification steps.
- **Downstream Applications**: Downstream applications are diversified, primarily encompassing pharmaceutical intermediates, electronic chemicals, and organic synthesis. With deepening innovation in biopharmaceuticals and advancing national strategies for semiconductor supply chain autonomy, demand for high-purity and customized iodine monochloride continues to rise steadily.

Analysis & Assessment

I. Price Stability
- Iodine monochloride prices have remained relatively stable recently, without significant fluctuations. This stability stems largely from steady upstream raw material supply and mature midstream manufacturing technologies.
- Nevertheless, attention should be paid to potential impacts from international iodine price volatility and chlor-alkali industry production curtailment policies on raw material costs—as well as demand-side shifts in downstream application sectors.

II. Supply-Demand Balance
- Current supply-demand equilibrium in the iodine monochloride market is broadly balanced; however, supply of high-purity and customized products is slightly tight. As quality requirements intensify across downstream industries, demand for high-purity grades will continue growing.
- Producers are advised to increase R&D investment to enhance product purity and production efficiency, thereby meeting evolving market needs.

III. Competitive Landscape
- The competitive landscape for iodine monochloride remains relatively stable, with leading enterprises commanding substantial market shares. Yet, rising industry concentration and increasingly stringent environmental regulations pose mounting challenges for small- and medium-sized enterprises (SMEs).
- Looking ahead, companies possessing end-to-end intelligent manufacturing capabilities, advanced high-purity processing technologies, and ESG-compliant operations will gain distinct competitive advantages.

Forecast

I. Price Trend Forecast
- Over the near term, iodine monochloride prices are expected to remain relatively stable or exhibit only mild fluctuations. With stabilized upstream raw material costs and sustained demand growth in downstream applications, prices are likely to experience modest upward pressure.
- However, vigilance is warranted regarding impacts from international market developments, regulatory changes, and unforeseen disruptions—including natural disasters or public health emergencies—that could compromise supply chain resilience.

II. Supply-Demand Forecast
- Driven by intensified biopharmaceutical innovation and national initiatives toward semiconductor supply chain independence, demand for high-purity and customized iodine monochloride will continue expanding. Manufacturers should scale up both R&D investment and production capacity to meet surging demand.
- Concurrently, the implications of tightening environmental regulations on manufacturers—and dynamic shifts in downstream demand patterns—must be closely monitored to assess their influence on overall supply-demand equilibrium.

III. Competitive Landscape Forecast
- Competition within the iodine monochloride sector is expected to intensify further. Industry leaders will leverage technological superiority, economies of scale, and brand strength to consolidate larger market shares. SMEs, meanwhile, will need to pursue differentiation strategies and focus on niche markets to ensure viability.
- As industry consolidation accelerates and environmental compliance standards become more rigorous, less competitive players will gradually exit the market or be acquired/merged. Enterprises demonstrating integrated intelligent manufacturing, high-purity specialization, and robust ESG performance are poised to establish China’s leadership position in the global fine halogenated reagents landscape.