Recent Market Intelligence Report on Polyphosphoric Acid

I. Market Price Dynamics
1. Domestic Market Quotations
- May 20, 2026:
Wuhan City, Hubei Province: 84% purity polyphosphoric acid—Suzhou Senfeida Chemical Co., Ltd. quoted at RMB 10,700/ton; Jiangsu Xinshu New Materials Co., Ltd. quoted at RMB 11,100/ton.
Shandong Province: Shandong Aite Chemical Co., Ltd. quoted RMB 9,200/ton for 92% purity; Shandong Beilu Hengsheng Chemical Co., Ltd. quoted RMB 10,000/ton for 100% purity.
- May 18, 2026:
Suzhou City, Jiangsu Province: Suzhou Senfeida Chemical Co., Ltd. quoted RMB 10,700/ton for 84% purity; Jiangsu Xinshu New Materials Co., Ltd. offered no specific price range for 105–115% purity product.
- May 13, 2026:
Melamine polyphosphate (MPOP), 99% purity: Hunan Yongshuo New Materials Technology Co., Ltd. quoted RMB 20/kg.

2. Historical Price Comparison
- October 8, 2024:
Shandong Province: 116% purity polyphosphoric acid—Shandong Yihé Fine Chemical Co., Ltd. quoted RMB 18,500/ton; 83.3% purity quoted at RMB 9,600/ton.
Wuhan City, Hubei Province: 83.3% purity quoted at RMB 9,600/ton.
Prices in 2024 were significantly higher than those observed in the same period of 2026, reflecting shifts in market supply-demand balance or cost structure.

II. Supply-Demand Analysis
1. Supply Side
Domestic Production Capacity Distribution: Polyphosphoric acid producers are concentrated in Jiangsu, Shanghai, and Yunnan provinces. While most enterprises are relatively small-scale, several—including Chuzhou Fine Chemical Factory and Hubei Xingfa Chemical Group—possess industrial-scale mass-production capabilities.
Technical Barriers: Manufacturing polyphosphoric acid requires stringent control over cooling processes and product purity. Technologically mature enterprises—such as Jiangsu Chengxing Phosphorus Chemical Co., Ltd.—have established competitive advantages through patented technologies.
Export Orientation: China’s polyphosphoric acid exports continue to grow steadily, with total exports reaching approximately 15,000 metric tons in 2024. Key export destinations include Southeast Asian countries such as Malaysia, Singapore, and Vietnam.

2. Demand Side
Agricultural Sector: Countries like Malaysia, driven by food security imperatives, are increasing adoption of polyphosphoric acid as an additive in fertilizer formulations (e.g., ammonium polyphosphate), fueling market growth. China’s polyphosphoric acid market size is projected to expand from RMB 2.139 billion in 2025 to RMB 3.29 billion by 2030, representing a compound annual growth rate (CAGR) exceeding 9%.
New Energy Sector: Surging demand for lithium hexafluorophosphate (LiPF?)—a core electrolyte material in lithium-ion batteries—is boosting consumption of polyphosphoric acid as a key raw material.
Industrial Applications: Steady demand persists across sectors including modified asphalt, flame retardants, and metal surface treatment. Annual demand in Europe and North America exceeds 500,000 tons.

III. Price Drivers
1. Cost Support: Fluctuations in yellow phosphorus prices—the primary raw material for polyphosphoric acid—directly affect production costs. However, polyphosphoric acid benefits from ~40% lower transportation costs compared to ordinary phosphoric acid, partially offsetting input-cost pressures.
2. Supply-Demand Dynamics: Domestic capacity expansion and robust export growth have largely maintained equilibrium, though surging agricultural demand in Southeast Asia may trigger regional supply tightness.
3. Policy Impact: China’s ongoing modern agricultural reforms—including policy incentives promoting liquid fertilizers (e.g., ammonium polyphosphate-based formulations)—are expected to further stimulate demand.
4. International Competition: European polyphosphoric acid producers—including France Tianfu Chemical—are scaling back operations or exiting the market, enabling Chinese manufacturers—with their superior cost-performance ratio—to fill the resulting market gap.

IV. Future Outlook
1. Price Trend Forecast
Short Term (2026): Supported by seasonal agricultural demand and new energy-related orders, prices are likely to remain stable or rise modestly. High-purity grades (e.g., ≥116%) exhibit greater price elasticity due to elevated technical barriers.
Medium-to-Long Term (2027–2030): Sustained demand growth—driven by agricultural modernization in Southeast Asia and global expansion of new energy supply chains—is expected to gradually lift the overall price floor.

2. Market Structural Evolution
Application Expansion: Electronic-grade (IC-grade) polyphosphoric acid is gaining traction in semiconductor cleaning and etching applications, elevating the share of high-end segments.
Regional Divergence: Southeast Asia is emerging as the primary growth pole due to strong agricultural and new energy demand, whereas demand growth in Europe and North America is moderating under tightening environmental regulations.
Industry Consolidation: Enterprises with vertically integrated capabilities—from phosphorus pentoxide to polyphosphoric acid and ammonium polyphosphate—will increasingly dominate the market, while technologically backward players face heightened risk of marginalization or exit.

3. Risk Factors
Raw Material Volatility: Yellow phosphorus pricing remains sensitive to electricity costs and evolving environmental policies, potentially transmitting upstream cost pressure into the polyphosphoric acid market.
Trade Friction: Changes in import policies or trade barriers in Southeast Asia could adversely impact China’s export share.
Technological Substitution: Emergence of novel phosphate-based alternatives may displace polyphosphoric acid in certain applications; continuous monitoring of technological innovation is essential.