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Home > GuideTrends  > Fine Chemicals  > Amino-2-propanol

Amino-2-propanol

  • 15900CNY/TON Updated: 2026-05-31
  • Price change (DoD): 0
    Average price (3M):17401 CNY/TON
    Price Level(1Y):Low
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Amino-2-propanol Prices Trends in China

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Amino-2-propanol Prices sources

Reg Spec 2026/05/29 2026/05/30 2026/05/31 ChangeUnit Comparison
East China
  • Shandong Excellent Grade 15900 15900 15900 0/0 CNY/TON

Amino-2-propanol Market Analysis

Market Intelligence Report on Monoisopropanolamine (MIPA) – Recent Commodity Market Dynamics

I. Price Trends
- As of May 27, 2025:
Domestic MIPA (99% purity, Grade I) — ex-works, tax-inclusive price quoted by first-tier distributors: RMB 24,800–25,200 per metric ton.
Red Bright Chemical Co., Ltd. MIPA (99% purity, Grade I) — ex-works, tax-inclusive price quoted by first-tier distributors: RMB 17,300–17,600 per metric ton.
- As of May 20–21, 2026:
Jiangsu Province: RMB 16,000 per metric ton (Shandong Beilu Hengsheng Chemical Co., Ltd.; premium grade; 99.7% purity).
Shandong Province: RMB 15,900–19,000 per metric ton — Shandong Beilu Hengsheng Chemical Co., Ltd. quotes RMB 15,900–16,000 per metric ton (premium grade; 99.0–99.7% purity); Shandong Zhihengda Import & Export Co., Ltd. quotes RMB 19,000 per metric ton.
Zhejiang Province: RMB 19,000 per metric ton (Ait (Zhejiang) Supply Chain Management Co., Ltd.; premium grade).

II. Supply and Demand Dynamics
- Supply Side:
Global MIPA producers include multinational chemical giants such as BASF, Dow Corning, and Evonik Industries, as well as leading domestic enterprises including China National Chemical Corporation (ChemChina) and BlueStar Chemical.
Domestic manufacturers such as Red Bright Chemical possess substantial MIPA production capacity and account for a significant share of global output; their products are exported to North America, Europe, and Southeast Asia.
Recently, some producers have curtailed output due to tightening environmental regulations and stricter emissions controls.
- Demand Side:
Primary applications of MIPA include flue gas desulfurization (FGD), ammonia synthesis, petrochemicals, pharmaceutical intermediates, and agrochemicals.
Demand from the FGD sector is growing most rapidly, driven by heightened global environmental standards and the accelerated adoption of clean energy.
As a critical component in photoresist strippers, MIPA demand has surged significantly, propelled by semiconductor industry expansion. In 2025, China’s semiconductor sector accelerated domestic substitution initiatives, resulting in over 30% year-on-year growth in stripper demand.

III. Cost Drivers
- Prices of key raw materials—including propylene and acetone—are rising in response to international crude oil price volatility, directly increasing MIPA production costs. For example, acetone prices peaked at RMB 6,950 per metric ton in February 2025, triggering a corresponding upward adjustment in MIPA pricing.

IV. Policy Impacts
- Ongoing tightening of environmental regulations has constrained supply from certain producers due to emissions restrictions, while downstream demand remains robust—exacerbating supply-demand imbalances.
- National policy support for self-reliance in semiconductor materials—including subsidies and tax incentives for critical auxiliary materials such as photoresist strippers—has encouraged capacity expansion among domestic suppliers, indirectly sustaining elevated MIPA prices.

Analysis and Assessment

I. Price Trend: High-Level Volatility
- MIPA prices are trending upward overall, influenced by supply-demand imbalance, rising input costs, and supportive policy frameworks—especially for products used in photoresist strippers.
- In the near term, MIPA prices are expected to remain in a high-level, volatile range. Further increases in feedstock prices—e.g., propylene oxide—could push MIPA prices higher.

II. Significant Regional Price Differentials
- Notable price variations exist across regions: Shandong Province exhibits the widest quotation range, whereas Jiangsu and Zhejiang Provinces report relatively higher prices—likely attributable to localized supply-demand conditions, logistics costs, and brand premium differentials.

III. Support from High-End Applications
- Sustained demand growth from high-end applications—particularly photoresist strippers—provides strong price support. Semiconductor-grade MIPA requires ultra-high purity (≥99.99%), involves complex manufacturing processes, and faces high technical barriers—leading to concentrated supply and enhanced pricing power for industry leaders.

Forecast

I. Price Outlook
- In the short term, MIPA prices will continue to be supported by supply-demand imbalances, cost inflation, and policy tailwinds, maintaining a high-level, volatile trajectory.
- Over the longer term, sustained global economic recovery, industrial restructuring, and continued environmental regulation enforcement are expected to drive steady demand growth—and potentially foster a gradual, sustained price uptrend.

II. Supply-Demand Outlook
- On the supply side, gradual capacity ramp-up and continuous technological advancement by domestic producers may incrementally increase MIPA output. However, persistent environmental compliance pressures and emissions constraints will likely continue to temper supply growth.
- On the demand side, growth will remain robust in FGD and semiconductor cleaning applications. Moreover, rapid development in emerging sectors—including new energy and advanced materials—will further broaden MIPA’s application landscape.

III. Industry Development Trends
- The MIPA industry is shifting toward greener and smarter production paradigms. Advancing technologies and increasingly stringent environmental requirements will drive continuous optimization of manufacturing processes and improvements in production efficiency.
- Competitive intensity is set to rise. As market size expands and demand grows, more players are expected to enter the MIPA space. Enterprises must continuously enhance technological capabilities and competitiveness to secure sustainable advantages in the marketplace.

About Amino-2-propanol



Synthetic andsemisynthetic machine lubricating/cutting oil formulationshave included isopropanolamine, diisopropanolamine, andtriethanolamine, together with nitrites; consequently the EPA has promulgated standards regarding the compositionof cutting fluids. No additional uses were found in theliterature.
colourless liquid

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

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