2-Hydroxyethyl Acrylate (HEA) rarely makes headlines, yet it sits inside a long list of products that US manufacturers depend on. As a hydroxyl-functional acrylic monomer, HEA is used in acrylic resins, UV/EB-curable coatings, adhesives, inks and similar formulations. For procurement and risk teams, the practical challenge is that no public HEA price figure is available. Anyone managing HEA exposure has to read the market indirectly, through its feedstocks, and confirm actual numbers with a pricing provider. This article sets out what the feedstock signals showed through mid-2026, how they compare across regions, and where the supply chain risks sit for US buyers.
US 2-Hydroxyethyl Acrylate (HEA) Price Trend
Because there is no published benchmark for HEA, the most useful starting point is its chemistry. According to Wikipedia's entry on hydroxyethyl acrylate, HEA is made by reacting acrylic acid with ethylene oxide. That links HEA costs to two separate petrochemical chains: acrylic acid, which comes from the propylene chain, and ethylene oxide, which comes from the ethylene chain.
The acrylic acid side moved sharply in the second quarter of 2026. According to ChemAnalyst's acrylic acid price assessment for Q2 2026 (the quarter ending June 2026), the US acrylic acid price index rose 42.64% quarter over quarter, with a quarter average of about USD 1,647/MT. ChemAnalyst describes this as a trade-weighted figure, and no Incoterm is stated, so buyers should treat it as an index reference rather than a delivered price.
A jump of that size in a primary raw material is a strong signal that HEA producers faced higher input costs over the same period. It does not tell buyers what HEA itself traded at. For HEA-specific numbers, the reliable route is to check ChemAnalyst's chemical price tracking and request a quote for the product directly.
Key Drivers Behind HEA Cost Pressure
The factors ChemAnalyst identified behind the Q2 2026 acrylic acid increase are the same factors an HEA buyer should watch:
- Export tightness: limited availability of acrylic acid for export tightened supply in importing markets.
- Asian feedstock tightness: constrained feedstock supply in Asia added to upstream pressure.
- Volatile propylene and crude costs: acrylic acid is a propylene derivative, so swings in propylene and crude flow through to its cost base.
- War-risk premiums: geopolitical risk added a premium to shipping and supply arrangements.
- Precautionary buying: buyers securing volume ahead of possible shortfalls added demand on top of underlying consumption.
Wider petrochemical conditions also matter. A ChemAnalyst news report dated 8 September 2026, written about the US acetone market, noted that US petrochemical feedstocks such as benzene and naphtha tightened in August 2026, partly due to disruptions around the Strait of Hormuz, and that US producer electricity costs rose from $89 to $91.7 per MWh. Those figures were not about HEA or its direct feedstocks, but they indicate the general cost environment US chemical producers were operating in during late summer 2026.
US vs Asia and Europe
The acrylic acid picture was not uniform across regions, and those differences shape import options for US HEA buyers.
- Japan: ChemAnalyst reported that the Japanese acrylic acid index rose 40.46% in Q2 2026, close to the US increase.
- Europe: indices in France, Germany and Belgium rose strongly over the quarter. By June, however, the French market softened on ample imports, high distributor inventories and muted downstream buying.
- Asia: sharp declines in propylene costs and cautious buying were reported in June.
The takeaway is that the quarter-average increase in Q2 hides a change in direction late in the period in some regions. Softening in Europe and falling propylene costs in Asia by June suggest that the pressure on acrylic acid was easing in parts of the world as the quarter closed. US buyers comparing domestic and imported HEA offers should check whether supplier pricing reflects the Q2 average or the softer conditions seen at the end of it.
Supply Chain and Trade Risk
HEA carries a double feedstock exposure. A disruption on the propylene side affects acrylic acid, and a disruption on the ethylene side affects ethylene oxide. Either can move HEA costs, even when the other chain is stable. For risk managers, that means monitoring two upstream markets instead of one.
Trade conditions add another layer. Export tightness and war-risk premiums were both cited as drivers of acrylic acid pricing in Q2 2026, and the September 2026 ChemAnalyst report pointed to disruptions around the Strait of Hormuz affecting US feedstock availability. Shipping routes, regional supply balances and energy costs can all shift quickly, and HEA buyers have limited public visibility into how producers pass those changes through.
On the demand side, HEA in the US is consumed by coatings, adhesives and ink makers. When these sectors build inventory at the same time, as precautionary buying did for acrylic acid, it can tighten supply for everyone in the chain.
Practical steps for US procurement teams include:
- Tracking acrylic acid and ethylene oxide as leading indicators for HEA cost changes.
- Asking suppliers how their HEA pricing formulas reference feedstock costs.
- Confirming Incoterms and pricing basis whenever comparing index data with quotes.
- Using a pricing provider to benchmark HEA offers instead of relying on feedstock data alone.
Outlook
The Q2 2026 data shows a quarter of strong acrylic acid cost pressure, followed by signs of easing in Europe and Asia by June. For HEA, that points to a market where input costs rose sharply and then became less one-directional. The August 2026 feedstock tightness and higher US electricity costs reported by ChemAnalyst suggest the wider US petrochemical cost base remained a factor to watch after the quarter ended.
Given the absence of public HEA prices, buyers will get the clearest view by combining feedstock signals with product-specific quotes. Teams planning contracts or budgets can review ChemAnalyst pricing coverage for related chemicals and request a 2-Hydroxyethyl Acrylate (HEA) price quote for current HEA numbers.
FAQ
Is there a public US price for 2-Hydroxyethyl Acrylate (HEA)?
No public HEA price figure is available. Buyers can request HEA-specific pricing from ChemAnalyst and use feedstock data, mainly acrylic acid, as a supporting indicator.
Which raw materials affect HEA costs?
HEA is produced by reacting acrylic acid with ethylene oxide, so its costs are tied to the propylene chain through acrylic acid and to the ethylene chain through ethylene oxide.
How much did acrylic acid prices change in Q2 2026?
According to ChemAnalyst, the US acrylic acid price index rose 42.64% quarter over quarter in Q2 2026, with a quarter average of about USD 1,647/MT on a trade-weighted basis with no Incoterm stated.
Which US industries use HEA?
HEA is used mainly in coatings, adhesives and inks, including acrylic resins and UV/EB-curable formulations.
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