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Current Development Status of China's Organosilicon Industry: Leading Global Capacity, Accelerating High-End Transformation

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I. Global Capacity Dominance Consolidated, Significant Industrial Cluster Effect
China has become the world's largest organosilicon producer. By the end of 2024, domestic organosilicon monomer production capacity will reach 3.44 million tons, accounting for 76% of the global total. Leading companies such as Hosheng Silicon, Dongyue Silicon Materials, and Xingfa Group have formed industrial clusters in East and Central China through an integrated "coal-electricity-silicon" circular economy model and a comprehensive industrial chain layout. For example, Hosheng Silicon maintains the world's top position with 865,000 tons of monomer production capacity, while Dongyue Silicon Materials differentiates itself with 600,000 tons of production capacity and over 490 downstream product brands.

II. Exploding Demand in Emerging Sectors, Breaking Through the Domestic Production Rate of High-End Products
The new energy and electronics industries are the main growth drivers. By 2024, demand for photovoltaic module encapsulant adhesives will reach 735,000 tons. New energy vehicle adhesives will drive 263,000 tons of organosilicon consumption, and demand for 5G base station heat dissipation materials will grow at an average annual rate of 15%. In high-end sectors, domestic companies have broken through technical barriers in phenyl silicone rubber and liquid silicone rubber, achieving import substitution rates exceeding 60%. High-end applications in the healthcare sector, such as medical silicone catheters and implantable device coatings, have increased their share to 8%, driving a 5-8 percentage point increase in the industry's gross profit margin.

III. Technological iteration drives green transformation, with intelligent production becoming a trend.
Through catalyst optimization and by-product recycling, the industry has reduced energy consumption by 35% compared to 2015 and increased the comprehensive utilization rate of by-products to 98%. Leading companies have introduced AI molecular design platforms and digital twin technology, shortening new material development cycles by 40% and reducing the defect rate to below 0.3%. Companies like Wynca Shares are leveraging the Internet of Things to achieve full-process monitoring, reducing equipment warning response times to within 15 minutes.

IV. Structural contradictions remain to be resolved, accelerating international expansion.
Despite leading global production capacity, the risk of overcapacity in the mid- and low-end markets remains, with the industry's average operating rate expected to be approximately 68% in 2024. Foreign companies still hold a 60% market share in high-end sectors such as semiconductor encapsulation adhesives. To break through bottlenecks, leading companies are accelerating their overseas expansion, with exports to Belt and Road countries reaching 38% in 2024 and projected to exceed 45% in 2025. At the same time, they are expanding through mergers and acquisitions. For example, Xingfa Group has integrated phosphorus, silicon, sulfur, salt, and fluorine to form a complete industrial chain.

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