According to a research report released by Caitong Securities, demand for tungsten hexafluoride is driven by two factors: wafer shipment scale and chip process unit consumption. Relying on local resource advantages, domestic enterprises are gradually breaking through mass production technology for 5N to 7N high-purity products, gradually replacing the import share of Japan and South Korea, and becoming the core main force in global market-based supply. The industry supply pattern is expected to shift from overseas monopoly to domestic enterprises. In the context of the accelerated implementation of AI applications driving the expansion of computing power chips and advanced storage, tungsten hexafluoride is a key electronic specialty, and the industrial chain is expected to usher in the double dividend of demand amplification and localization substitution.

According to a research report released by Caitong Securities, demand for tungsten hexafluoride is driven by two factors: wafer shipment scale and chip process unit consumption. Relying on local resource advantages, domestic enterprises are gradually breaking through mass production technology for 5N to 7N high-purity products, gradually replacing the import share of Japan and South Korea, and becoming the core main force in global market-based supply. The industry supply pattern is expected to shift from overseas monopoly to domestic enterprises. In the context of the accelerated implementation of AI applications driving the expansion of computing power chips and advanced storage, tungsten hexafluoride is a key electronic specialty, and the industrial chain is expected to usher in the double dividend of demand amplification and localization substitution.