中国电子材料行业协会（CEMIA）数据显示：2025 年我国湿电子化学品总需求量达 487.72 万吨，同比增长 11.9%——其中集成电路领域 152.26 万吨（+21.47%）、显示面板领域 110.6 万吨（+26.4%）；市场规模 254 亿元（+11.5%），预计 2026 年整体市场将增长至 257 亿元以上。芯片产能扩张与先进封装放量，是拉动高纯化学品需求的两大引擎。

高纯溶剂是核心赛道

• 电子级溶剂占高纯溶剂市场约 68%，高纯异丙醇、丙酮、硫酸、氢氟酸等品种是核心驱动力。
• 2026 年上半年，国内半导体用超净高纯试剂国产化率已突破 42%。
• 9N 级以上超高纯品种仍部分依赖进口，缺口集中在光刻胶配套溶剂与蚀刻清洗超净溶剂。
• 电池级碳酸酯溶剂需求 2026 年预计同比增长超 15%，是另一条高增长线。

技术门槛在纯度之外

纯度要求已进入 PPB（十亿分之一）级：金属杂质与颗粒控制、在线监测、包装材料相容性（内涂层浸出、桶装洁净度）共同构成壁垒。随着制程向 3nm 及以下演进、Chiplet 与三维堆叠普及，低表面张力清洗剂、超临界二氧化碳等新型介质增速超过 18%，深孔清洗溶剂单价可达常规溶剂的 3-5 倍。

采购建议

评估电子化学品供应商时，除了纯度等级，更要看洁净室等级、批次一致性与可追溯文档（COA/MSDS 完整、金属杂质逐批报告）。电子级异丙醇等大宗高纯品种已是国产化率较高的成熟品类，切换供应商的验证成本相对可控，可作为供应链本土化的第一步。

Per CEMIA data, China’s wet electronic chemical demand reached 4.877 million tonnes in 2025, up 11.9% – ICs took 1.523 Mt (+21.47%) and display panels 1.106 Mt (+26.4%) – with market value at RMB 25.4 bn (+11.5%), expected to exceed RMB 25.7 bn in 2026. Expanding chip capacity and advanced packaging are the twin engines.

High-purity solvents are the core track

• Electronic-grade solvents account for about 68% of the high-purity solvent market, led by IPA, acetone, sulfuric acid and HF.
• Domestic share of ultra-clean semiconductor reagents passed 42% in H1 2026.
• 9N-class ultrapure grades remain partly import-dependent, concentrated in photoresist-associated solvents and etch/clean fluids.
• Battery-grade carbonate solvents are forecast to grow over 15% in 2026.

Purity is only the entry bar

Requirements have reached PPB level: metal impurity and particle control, inline monitoring and packaging compatibility all form the barrier. As nodes move below 3nm and Chiplet/3D stacking spreads, low-surface-tension cleaners and supercritical CO2 are growing faster than 18%, with deep-hole cleaning solvents commanding 3-5x prices.

Procurement tips

Beyond purity grades, evaluate cleanroom class, batch consistency and traceability documentation (COA/MSDS, per-batch metal reports). High-volume grades such as electronic-grade IPA already have solid domestic supply – a relatively low-risk first step in localizing the supply chain.