Hansol Chemical

Hansol Chemical is a chemicals maker founded in 1980 that built an oligopolistic position in hydrogen peroxide before diversifying into semiconductor precursors and display electronic materials.

Its portfolio spans fine chemicals such as hydrogen peroxide and latex, semiconductor-grade ultra-high-purity peroxide and precursors, quantum-dot and resin materials for displays, and battery anode and separator binders plus silicon anode material.

Paper-grade peroxide and latex grew alongside affiliate Hansol Paper, and latex has been a product where the company has held a leading domestic position.

On the semiconductor side, the precursor business pushed from 2009 and commercialized in 2013 is the core, with a customer base extended beyond large domestic memory makers to a Taiwanese foundry and US memory and integrated device makers.

In displays, quantum-dot mass production began in 2014 and supplies a large domestic set maker. Consolidated subsidiaries include HS Materials and Sol Materials, and the group has broadened its electronic materials chain by acquiring functional tape maker Tapex and a high-purity specialty gas business.

Competitive intensity differs by product: for semiconductor-grade peroxide, aggressive capacity additions by rivals and room for new entrants are cited as long-term burdens.

In battery materials, Daejoo Electronic Materials, POSCO affiliates and SK Materials affiliates are all expanding investment in an already crowded field. In short, fine chemicals and semiconductor materials underpin cash flow, while growth options rest on precursor expansion and battery and new materials.

For 2025, consolidated revenue was KRW 883.9bn, operating profit KRW 156.2bn and net profit attributable to owners KRW 147.3bn, up from 2024's KRW 776.4bn, KRW 128.8bn and KRW 122.7bn respectively.

The operating margin improved for three straight years, from 16.1% in 2023 to 16.6% in 2024 and 17.7% in 2025, but still trails the 21.0% posted in 2022.

On revenue alone, 2025 (KRW 883.9bn) nearly matched 2022 (KRW 885.5bn), yet operating profit was below 2022's KRW 186.0bn, suggesting the mix and cost structure no longer deliver the earlier margin. 2023 was the downcycle year, with revenue down about 13% and operating profit shrinking to KRW 124.1bn, after which profit recovered through 2024 and 2025.

Quarterly patterns are uneven: revenue of KRW 221.9bn with operating profit of KRW 48.9bn in the second quarter of 2025 and KRW 230.0bn with KRW 48.8bn in the third kept margins in the low 20s, but in the fourth quarter revenue of KRW 222.4bn came with operating profit of only KRW 16.9bn, a 7.6% margin.

First-quarter 2026 revenue was KRW 231.9bn with operating profit of KRW 44.4bn (19.2%), and Samsung Securities said in a May 2026 report that first-quarter operating profit fell 8.5% short of consensus on higher oil-linked raw material and freight costs together with weak quantum-dot materials.

In the second quarter of 2026, revenue of KRW 247.5bn, operating profit of KRW 49.8bn (20.1%) and net profit attributable to owners of KRW 51.4bn were the highest among the five reported quarters, taking first-half revenue to KRW 479.4bn and operating profit to KRW 94.2bn.

On the balance sheet, 2025 operating cash flow of KRW 200.4bn exceeded KRW 173.6bn in 2022, KRW 144.1bn in 2023 and KRW 162.4bn in 2024, while the debt-to-equity ratio fell from 47.0% in 2022 to 35.9% in 2025.

End demand is tied directly to memory and foundry capital expenditure cycles. Samsung Securities in its May 2026 report highlighted a 25% hydrogen peroxide capacity expansion timed to new fab completions at Samsung Electronics and SK Hynix, and described semiconductor-facing revenue growth and profitability as solid.

Precursors are products whose per-wafer consumption rises with finer nodes and higher stacking, making them sensitive to the intensity of the investment cycle. The same report forecast that precursor profit, typified by trisilylamine, would grow 31% in 2026 and 18% in 2027.

Quantum-dot display materials, by contrast, depend on TV and other set demand and have recently been flagged as a drag, while battery materials shipments swing with electric-vehicle demand and customer utilization.

On supply, domestic semiconductor capacity additions are expanding peroxide demand itself, but rivals' capacity build-out is cited as raising competitive intensity over the long run. On costs, oil and liquefied natural gas prices feed into peroxide unit costs, and pass-through into selling prices comes with a lag.

The net cycle position is therefore mixed: semiconductor materials expanding while display and battery materials attempt a recovery.

Based on confirmed facts, three threads deserve attention. First, cost pass-through: Samsung Securities said in its May 2026 report that oil-driven raw-material increases would be passed on through higher selling prices from the second quarter of 2026, with profitability normalizing thereafter.

The second-quarter 2026 operating margin of 20.1% was indeed above the first quarter's 19.2%, and whether that holds in the second half is the question. Second, capacity and customer diversification: the same report cited a 25% hydrogen peroxide capacity expansion as underpinning a growth narrative extending to 2028.

Third, recovery in weak applications, where Samsung Securities said battery binders and Tapex were beginning to recover.

There were also views in the opposite direction: Kiwoom Securities, in a 13 April 2026 report, cut its 2026-2028 earnings estimates and lowered its target price to KRW 350,000 from KRW 390,000, expecting first-quarter operating profit to miss expectations.

Capital allocation combines returns with investment, as illustrated by the May 2026 disclosure of treasury share cancellation plus a further buyback and cancellation plan. The next checkpoint is whether third-quarter 2026 results show pass-through and precursor growth in the numbers.