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DEEP RESEARCH · Hansol Chemical/Advanced Materials

Hansol Chemical: Strategic Analysis of an Advanced-Materials Architect

A portfolio report spanning semiconductor precursors, ultra-high-purity hydrogen peroxide, battery materials, and quantum dots

Written: 2025-10-18 · Advanced-materials portfolio analysis · Naver Blog

Investment decisions are your own responsibility. This material is research, not a recommendation to buy or sell.

0. Bottom line first

Hansol Chemical has moved from general precision chemicals toward semiconductor, battery, and display advanced materials. Stable ultra-high-purity hydrogen peroxide cash flow, precursor growth, and quantum-dot supply status are strengths. Silicon anodes and binders offer upside, but EV-demand softness and mass-production validation remain key risks.

1. Business portfolio

Official fact: The source table gives 2024 product revenue of KRW 584,851mn. Electronics and battery materials are 40.5%, precision chemicals 34.2%, paper/environment 18.5%, and others 6.8%.

SegmentMain products2024 revenueProduct revenue share
Electronics and battery materialsPrecursors, QD, anode/separator binders, silicon anode materialsKRW 236,803mn40.5%
Precision chemicalsHydrogen peroxide, sodium hydrosulfite, BPOKRW 199,852mn34.2%
Paper/environmentLatex, polymer flocculantsKRW 108,076mn18.5%
OtherCaustic soda, etc.KRW 40,120mn6.8%
TotalKRW 584,851mn100.0%
Hansol Chemical portfolioCash generators plus growth options
SemiconductorH2O2, precursors
BatteryBinders, silicon anodes
DisplayQuantum dots
Base businessLatex, precision chemicals
Legacy chemical capabilities extend into high-purity materials, polymer binders, and QD mass production.

2. Growth engines

Official fact: The source describes ultra-high-purity hydrogen peroxide as a stable high-margin business with about 70% share at major Korean customers including Samsung Electronics. In precursors, DIPAS and BDEAS are cited at about 80% and 60% share among domestic memory customers, with customer expansion to TSMC, Micron, and Intel.

Official fact: High-K precursor entry is a major catalyst. If new customers and market entry progress in 2025, the source expects precursor revenue to rise 51% to KRW 127bn.

3. Battery and display options

Silicon anode

High risk, high reward

The source notes a 750-ton annual production facility and evaluations with major cell makers including Samsung SDI.

Binder

Localization and bundling

The company won a Jang Young-sil Award for battery binders in 2019 and could bundle binders with silicon anodes.

Quantum dot

Samsung supply-chain status

The source cites world-first QD material mass production in 2014 and an exclusive supply position to Samsung Electronics and Samsung Display.

QD-OLED

Material intensity leverage

The source says QD-OLED panels require up to five times more QD material per unit area than legacy QLED TV films.

4. Competition and conclusion

ProductMain competitorsBasis of competitionHansol Chemical position
Hydrogen peroxideOCIScale, purity, priceKorean duopoly, stable supply capability
PrecursorsMerck, Air Liquide, SK Materials, SoulbrainTechnology, patents, customer qualificationDomestic leader group; next-generation High-K development
Silicon anodeDaejoo Electronic Materials, POSCO Silicon Solution, SKTechnology and mass-production capabilityLater entrant, but strengthening cooperation with major customers
Battery binderKureha, Zeon, Solvay, ArkemaPerformance, reliability, priceLocalization and high-performance products
Quantum dotNanosysMass-production capability and supply chainExclusive mass-production supplier in Samsung supply chain

Interpretation: Semiconductor materials defend current earnings and offer High-K upside; battery materials can drive long-term rerating, but mass production, customer qualification, and EV-demand recovery must be confirmed.

Sources

Naver original