China Tungsten Resource Advantage Beneficial‌ to Storage Makers

As the global semiconductor industry braces for a critical supply shock, two major Japanese tungsten hexafluoride (WF₆) plants will shut down permanently on July 1, 2026. This single event will eliminate 25% of worldwide WF₆ capacity overnight. WF₆ is an irreplaceable specialty gas for 3D NAND and DRAM fabrication. Its spot prices have already surged over 200% month-on-month, threatening production schedules for overseas memory giants. Against this crisis, China’s dominant position in tungsten resource has emerged as a game-changing competitive advantage for domestic storage chip manufacturers.

Industry Impact & China’s Strategic Edge

Notably, tungsten powder accounts for 70% of total WF₆ production costs. China controls approximately 80% of global tungsten resource and high-purity refining capacity. This fundamental resource advantage creates a stark divide between global memory manufacturers.
First and foremost, Korean and Japanese memory fabs rely almost entirely on imported Japanese WF₆. They are now being forced to slash mature-process industrial and automotive storage allocations. Instead, they are prioritizing high-margin HBM products for cloud AI clients. In contrast, qualified Chinese storage manufacturers gain stable access to local raw material supplies. They will avoid the production halts and price spikes that will plague overseas competitors through 2027.
Worse still, this supply gap is hitting industrial and automotive embedded memory markets hardest. Industry forecasts show industrial SLC NAND and automotive NOR Flash prices could rise an additional 80-120% in the second half of 2026. Lead times for overseas branded products are already extending to 24+ weeks. Many global OEMs are now actively seeking alternative suppliers to avoid production delays.

Novos Tech’s Competitive Advantages

Against this volatile market backdrop, Shenzhen Novos Technology Co., Ltd. stands out with unmatched supply chain resilience. Novos Tech is a leading Chinese high-tech storage manufacturer specializing in embedded memory solutions.
Most importantly, Novos Tech is one of China’s earliest independent storage chip packaging and testing enterprises. We have built a complete end-to-end production chain covering wafer inspection, advanced packaging, assembly and full reliability testing. Every production stage undergoes strict traceable quality control, eliminating third-party delays and inconsistencies.
In addition, we operate world-class integrated circuit manufacturing equipment. Our core engineering team brings over 20 years of specialized industry experience. This deep technical expertise allows us to deliver certified customized storage solutions for global clients.
Furthermore, we serve six high-demand vertical markets including automotive electronics, industrial control, medical devices and edge AI. We provide one-stop services from sample testing to mass production, ensuring reliable delivery for all partners.

Looking Ahead

Moving forward, the WF₆ supply gap will continue to reshape global memory procurement strategies through 2027. Global electronics manufacturers are rapidly shifting orders to qualified Chinese vertical storage suppliers. This trend will accelerate as overseas lead times and prices continue to rise.
For this reason, Novos Tech is well-positioned to support global clients through this challenging period. We welcome inquiries for free engineering samples, custom firmware development and long-term volume contracts. Our international sales and technical support team provides full documentation and streamlined cross-border logistics. We are committed to delivering stable, high-quality embedded storage solutions for all our partners.

About Novos Tech

Shenzhen Novos Technology Co., Ltd. is a national high-tech enterprise focused on semiconductor memory solutions and advanced manufacturing. With top-tier IC production equipment and end-to-end independent production capabilities, we serve global clients across six high-growth vertical markets.