Recently, the World Semiconductor Trade Statistics (WSTS) released its latest forecast: the global semiconductor market is projected to reach US$1.5112 trillion in 2026, representing a 90% increase from 2025 and crossing the US$1 trillion threshold for the first time.
01 Accelerated Capacity Expansion of Advanced Process Nodes
According to WSTS analysis, market demand for AI inference semiconductors continues to expand, extending beyond GPUs and DRAM to CPUs optimized for inference tasks, while also driving growth in demand for memory devices such as NAND flash.
Signals on the capacity front are equally clear. Per SEMI’s 300mm Fab Outlook Report, monthly capacity for advanced process nodes of 7nm and below is forecast to rise from 850,000 wafers in 2024 to 1.4 million wafers in 2028, posting a compound annual growth rate (CAGR) of 14% — roughly twice the industry average. In 2026 specifically, monthly capacity for advanced process nodes will exceed 1 million wafers for the first time, hitting 1.16 million wafers. In terms of node evolution, 2nm technology from the world’s leading foundries is expected to enter mass production this year.
This concentrated capacity expansion means market demand for high-purity material consumables, including Ultra-Clean PFA Tubes and Ultra-Clean HDPE Drums, is growing in lockstep.
02 The Final Mile of Purity Competition
As process nodes advance to more sophisticated levels, even trace leachable substances are amplified, resulting in yield losses. Transport pipelines and storage & distribution systems for high-purity chemicals are no longer auxiliary consumables, but critical physical barriers in semiconductor manufacturing.
Industry research data shows that metal ion contamination from chemical delivery systems accounts for approximately 30% of total contamination sources. When pipeline and storage materials fall short of standards, every stage from filling to end-point distribution can become a channel for secondary contamination.
Take PFA tubes as an example. Total metal ion leaching from ordinary industrial-grade PFA tubes typically ranges from 1 to 5 ppb, which fails to meet advanced process requirements. For semiconductor-grade products, leaching of key metal ions must be controlled below 0.1 ppb, with some core indicators reaching the ppt level. Behind this orders-of-magnitude gap lies a systematic engineering effort spanning raw material selection, cleaning processes, molding control and other links.
HDPE drums follow the same logic. There is a vast disparity in impurity control between ordinary HDPE drums and semiconductor-grade Ultra-Clean HDPE Drums. Ultra-Clean HDPE Drums require strict oversight of high-purity raw material quality and manufacturing environment cleanliness, as well as breakthroughs in core process difficulties such as blow molding, making their production extremely challenging.
03 BSL Solutions Lead the Breakthrough
In this sector, only a handful of domestic manufacturers possess mass production capacity for semiconductor-grade ultra-clean consumables.
Leveraging its deep expertise in ultra-clean consumables, BSL (Baoshili) has developed ultra-clean product solutions adapted to the storage, transportation and delivery of chemicals for advanced process nodes. Its product portfolio, including Ultra-Clean PFA Tubes, Ultra-Clean PFA Connectors and Ultra-Clean HDPE Drums, all satisfy the operational requirements of electronic-grade chemicals, with key indicators such as metal ion precipitation complying with SEMI standards.
To drive coordinated development across the industry chain, BSL, acting as the primary drafting entity, worked with core industry players including Xingfu Electronics and Jingrui Electronic Materials to formulate the group standard Requirements for Packaging, Storage and Transportation of Wet Electronic Chemicals, which has now officially come into force.
As the global semiconductor market continues to expand and process nodes keep advancing, purity requirements and delivery standards for electronic chemicals will continue to escalate. With full-chain independent technology and standardization leadership, BSL is continuously providing reliable support for the high-purity material supply chain of the semiconductor industry.
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