Hou He

Vice President of the China Research Institute of Industrial Research

Summary: As a core indicator of a nation’s chemical industry development level, fine chemicals not only represent the primary focus of structural adjustment in the traditional chemical sector but also serve as the material foundation underpinning the growth of strategic emerging industries such as new energy, new materials, and biopharmaceuticals. Under the dual influence of the profound restructuring of global value chains and the comprehensive implementation of the “dual carbon” goals, the fine chemicals industry is currently undergoing a critical transition—from scale expansion to quality enhancement.

AI Review: This paper analyzes the current state of development, competitive landscape, and future trends of China’s fine chemicals industry, while also forecasting the evolving direction of the industry’s competitive dynamics. It provides a valuable reference for industry professionals and investors to seize opportunities and mitigate risks, thereby highlighting the critical role of the fine chemicals sector in China’s manufacturing transformation and upgrading.

The fine chemicals industry is an industrial sector that produces fine chemicals, positioned in the mid- and downstream segments of the petrochemical value chain. Its product portfolio encompasses a wide range of categories, including dyes, agrochemicals, coatings, food additives, feed additives, pharmaceutical intermediates, electronic chemicals, and catalysts. The industry is characterized by high technological intensity, high product value-added, and strong specialization, making it a critical entry point for driving the transformation of the petrochemical industry from a “raw-material-driven” model to an “innovation-driven” one.

As a core indicator of a nation’s chemical industry development level, fine chemicals not only represent the primary focus of structural adjustment in the traditional chemical sector but also serve as the material foundation underpinning the growth of strategic emerging industries such as new energy, new materials, and biopharmaceuticals. They occupy a strategic pivotal position in safeguarding the security of industrial and supply chains, achieving the “dual carbon” goals, and promoting high-quality economic development. According to an analysis by the China Research Institute of Industrial Economics, under the dual influence of the profound restructuring of global value chains and the full implementation of the “dual carbon” goals, the fine chemicals industry is currently undergoing a critical transition—from scale expansion to quality enhancement. As the world’s largest producer and consumer of fine chemicals, China’s pursuit of high-quality development in this sector is vital not only for ensuring the security and stability of domestic industrial and supply chains and for enhancing the quality and efficiency of the economy, but also for profoundly reshaping the global fine chemicals market landscape.

Current Status of the Fine Chemical Industry in China

Currently, China’s fine chemicals industry has established a comprehensive industrial system underpinned by basic chemicals and driven by high-value-added products as its core growth engine. Leveraging a fully integrated chemical industry value chain, the sector has cultivated synergistic advantages in raw-material supply, technology transfer, and scale-up production, continuously upgrading its product mix and providing critical support to downstream sectors such as high-end manufacturing, new energy, and new materials. As a result, the industry’s overall competitiveness has been steadily enhanced.

According to statistics from the China Petroleum and Chemical Industry Federation, by 2025 the total output value of China’s fine chemicals industry had approached RMB 7 trillion, accounting for more than 40% of the global fine chemicals market. The industry has maintained an average annual growth rate of around 6%, which is two percentage points higher than the global average of 4%.

Currently, the industrial layout of China’s fine chemicals sector exhibits a distinct pattern of “eastern concentration and mid- to western-region upgrading”: the Yangtze River Delta and the Pearl River Delta, leveraging well-established industrial clusters and technological strengths, are focusing on high-value-added segments such as advanced electronic chemicals and pharmaceutical intermediates; the Bohai Rim region is prioritizing R&D in new materials and the commercialization of research outcomes; while the central and western regions are capitalizing on their resource endowments to accelerate development in specialized areas such as bio-based chemicals and environmentally friendly materials, thereby achieving phased and coordinated growth.

However, the industry also faces multiple structural challenges: first, environmental protection pressures have intensified to an unprecedented degree, with increasingly stringent VOC (volatile organic compound) emission standards. According to the Ministry of Ecology and Environment’s 2024 Report on the Development of a Law-Based Government, ecological and environmental authorities at all levels nationwide handled a total of 55,900 administrative penalty cases in 2024, thereby compelling enterprises to upgrade to greener production processes; second, the “chokepoint” problem concerning critical core technologies is particularly acute, with the domestic self-sufficiency rate for high-end electronic chemicals—such as photoresists and semiconductor packaging materials—remaining below 30%, leaving the sector heavily reliant on imports; and third, international competition has become fiercely intense, with companies from Europe, the United States, Japan, and South Korea leveraging technological barriers and brand advantages to dominate the high-end market.

Meanwhile, the upgrading of domestic demand is unlocking tremendous opportunities: the surge in new-energy vehicle production is driving a 40% average annual growth in demand for lithium-ion battery materials, while vigorous biopharmaceutical R&D is spurring a sharp increase in demand for high-purity pharmaceutical intermediates, injecting fresh vitality into the industry.

Competitive Landscape in the Fine Chemical Industry: From Price Wars to Value-Based Competition

The current competitive landscape in the fine chemicals industry is characterized by a “three-way balance,” but this structure is rapidly evolving.

First, leading firms are setting the pace, driving continued consolidation. Large state-owned enterprises such as Sinopec and Sinochem Group, leveraging their financial strength and policy support, maintain a dominant position in basic feedstocks—such as synthetic rubber and basic solvents—with the CR5 (share of the top five firms) reaching 40.3% by 2025. However, the focus of competition has shifted from scale expansion to building technological barriers: Wanhua Chemical has achieved a global market share exceeding 30% through breakthroughs in MDI (methylene diphenyl diisocyanate) technology, establishing itself as a benchmark in the high-end polyurethane materials sector; meanwhile, Zhejiang Longsheng has constructed a “technology-plus-brand” moat in the dyes and intermediates space, sustaining gross margins above 35%. By 2027, the CR5 is expected to surpass 45%, signaling the industry’s entry into a “the strong get stronger” phase.

Second, innovative enterprises are emerging and breaking through in niche markets. Leveraging their agile operating mechanisms and efficient R&D capabilities, private firms are rapidly gaining ground in specialized segments of the fine chemicals industry. Companies such as Jinlitai and Kaisheng Technology are focusing on core technological areas like nanomaterials and high-purity chemicals, investing 5% to 8% of their revenue in R&D—significantly above the industry average of 3.5%—to deepen their presence in the high-end market. Through this strategy, they have achieved “small but exquisite” breakthroughs and become key drivers of innovation in the sector. According to Deloitte statistics, by 2025 a total of 323 domestic companies had successfully listed on capital markets, including China’s main board, ChiNext, STAR Market, Beijing Stock Exchange, and Hong Kong stock exchanges, as well as Chinese firms listed overseas. Among these, approximately 15% were from the chemical industry, underscoring the capital market’s strong preference for this innovative segment.

Third, foreign-invested enterprises are deepening their localization and diversifying their competitive dimensions. Led by companies such as BASF and Dow Chemical, these firms are accelerating their localization strategies by establishing local R&D centers and acquiring domestic specialty chemicals companies, thereby seamlessly integrating their technological strengths with localized services. As a result, their competitive approach has shifted from purely price-based competition to a multi-dimensional strategy that combines technology, service, and local supply chains, placing significant competitive pressure on domestic firms. Meanwhile, emerging markets in Southeast Asia and the Middle East have become new strategic footholds for foreign investment, further compelling Chinese chemical companies to step up their internationalization efforts.

Competition in the fine chemicals industry has shifted from traditional “cost-based competition” to a dual-dimensional approach centered on “technology plus ecosystem.” Companies are no longer solely competing on price; instead, they are focusing on building robust, end-to-end innovation capabilities that encompass key dimensions such as R&D efficiency, green manufacturing processes, and digital supply chains. At the same time, they are leveraging sustainability capabilities—such as ESG (environmental, social, and governance) management and carbon footprint tracking—to establish long-term, differentiated competitive barriers. Overall, in 2025, 2,533 A-share listed companies in China issued sustainability-related reports, representing a disclosure rate of 47%—an increase of 290 companies compared with 2024. As a key sector for ESG and carbon-footprint management in China, the fine chemicals industry boasts an ESG report disclosure rate exceeding 80%.

Development Trends in the Fine Chemical Industry: Greening, Digitalization, and High-Endization

Driven by policy guidance, technological advancement, and market demand, China’s fine chemicals industry is expected to exhibit three major trends from 2026 to 2030.

First, green transformation has become both the industry’s survival threshold and its growth engine. Against the backdrop of the “dual carbon” goals and increasingly stringent environmental policies, high-pollution, high-emission business models are no longer sustainable; green processes and low-carbon production have thus emerged as the fundamental compliance requirements for corporate survival. At the same time, technological innovations such as bio-based materials, green catalysis, and circular economy practices not only align with the environmental needs of downstream sectors like new energy and pharmaceuticals but also open up incremental opportunities in high-end markets, driving the industry to shift from mere compliance-driven survival to value-driven growth and making green transformation the core driver of high-quality industrial development. It is projected that by 2030, the penetration rate of green production technologies across the industry will reach 80%, and the share of environmental protection expenditures in revenue will rise from the current 3% to 5%.

Second, deep digitalization will empower the entire value chain and reshape industrial efficiency. Artificial intelligence (AI), the Industrial Internet, and big data technologies will evolve from “supporting tools” into “core drivers of productivity.” In terms of intelligent R&D, AI-powered molecular design platforms can shorten the development cycle for new drug intermediates by 50%, significantly reducing R&D trial-and-error costs. By 2026, leading companies in the industry are expected to fully implement AI-assisted R&D, while small and medium-sized enterprises will leverage cloud-based platforms to achieve lightweight digital transformation and simultaneously reap the benefits of intelligent R&D. In manufacturing, smart factories will achieve end-to-end data connectivity across all production processes; predictive maintenance can reduce equipment downtime by 30%, and energy consumption can be optimized by up to 15%. In the electronic chemicals sector, companies are using digital twin technology to iteratively refine reaction processes, resulting in a 22% increase in production capacity and fully demonstrating the value of smart manufacturing in enhancing quality and efficiency. On the supply-chain resilience front, blockchain technology enables full-chain traceability and quality control of raw materials, reducing the risk of supply-chain disruptions by 40%. By 2028, digital investment in the fine chemicals industry is projected to exceed 35% of total R&D spending, with digital capabilities becoming a core metric for assessing firms’ overall performance ratings.

Third, the industry will be driven by both high-end development and internationalization, vying for the commanding heights of the value chain. The sector will shift from “low-end manufacturing” to “high-end innovation.” Domestic production of high-end products is accelerating: in the semiconductor materials field, domestically produced KrF-grade photoresist is expected to enter mass production in 2027, with its substitution rate rising from the current 10% to 35%; in the pharmaceutical intermediates sector, the localization rate of high-purity chiral catalysts will exceed 50%. Meanwhile, international expansion will deepen, as Chinese firms transition from “exporting products” to “global operations,” establishing manufacturing facilities in Southeast Asia—such as Vietnam and Thailand—to circumvent trade barriers, while also acquiring technology-driven companies in Europe and North America—for example, by acquiring a German specialty materials firm—to secure critical patents. By 2029, the share of overseas revenue in the industry’s total revenue is projected to increase from the current 25% to 40%. However, geopolitical risks must be closely monitored, and it is advisable to adopt a strategy of “multi-site deployment combined with localized partnerships.”

Strategic Recommendation: Precisely Strategize for the Future

From an investor’s perspective, when formulating a sector-allocation strategy, priority should be given to the “green + high-end” dual track, with particular emphasis on bio-based materials (e.g., Wanhua Chemical, Kaisa Bio) and semiconductor materials (e.g., NanDa Optoelectronics, Shanghai Xinyang), while avoiding highly commoditized segments such as general-purpose solvents and basic dyes. In terms of core evaluation metrics, ESG performance—specifically carbon-emission intensity and the proportion of R&D spending allocated to environmental protection—as well as R&D investment intensity (≥5%) and digital maturity should be integrated into the core valuation framework. By 2026, ESG ratings will be directly linked to financing costs, with AAA-rated firms potentially seeing a reduction of 1.5 percentage points in their borrowing costs. As for risk-hedging strategies, investors should establish regional funds in Southeast Asia and the Middle East to diversify geopolitical risks; for policy-sensitive sub-sectors such as agrochemicals and pharmaceutical intermediates, it is crucial to seize policy windows and proactively position portfolios in advance.

For corporate strategic decision-makers, the priority is to build a green-tech moat by establishing a “Carbon Neutrality Lab” and completing the green transformation of core processes by 2026. For example, replacing traditional solvents with bio-based alternatives can reduce the carbon footprint by more than 30%. Companies should also develop a digital capability hub that achieves full data-platform coverage across R&D, manufacturing, and the supply chain, while instituting an AI-driven agile innovation mechanism; it is recommended to allocate 5%–8% of revenue to digitalization. Finally, firms must reshape their supply-chain ecosystem by co-building circular-recycling networks with upstream raw-material suppliers—such as a plastics-recycling alliance—and by collaborating with downstream customers to co-develop green products—for instance, custom battery materials for new-energy vehicle manufacturers—thereby forging a “green value community.”

For new market entrants, it is essential to master green process technologies—such as biocatalysis and electrochemical synthesis—as well as digital tools. A strategic entry point is to focus on niche segments, such as bio-based eco-friendly coatings or high-purity solvents for the electronics industry—small but promising markets—thereby avoiding direct competition with industry giants.

Conclusion: Winning the Future Through Transformation

According to the China Research Institute of Industrial Economics, the period from 2026 to 2030 will be a critical window for China’s fine chemicals industry to shift from “quantity-driven expansion” to “quality-led leapfrogging.” The coordinated advancement of green transformation, digitalization, and high-end development will propel the industry from cost-based competition toward value-based competition, fostering a new ecosystem characterized by “leadership by industry leaders, breakthroughs in niche segments, and global deployment.” Companies that proactively embrace ESG and digitalization while aggressively developing high-end products will gain a competitive edge, whereas those that cling to traditional business models will face accelerating obsolescence. This represents not only a profound transformation within the industry itself but also a microcosm of China’s manufacturing sector moving up the global value chain toward the mid- to high-end segments. Only by embracing change through proactive transformation can firms secure long-term growth in the next round of competition.