AI Hardware Supply Chain Hits Profit Inflection Point: Electronic Fabric Prices Surge 116% Amid Dual Cobalt-Nickel-Lithium Tailwinds

Profitability Validation in the AI Hardware Supply Chain: Electronic Fabric and Cobalt-Nickel-Lithium Synergy Drive Dual-Engine Growth; Integrated Advanced Manufacturing and Resource Control Accelerate Value Realization

In Q1 2026, China’s core AI hardware supply chain reached a landmark inflection point for profitability—Honghe Technology and Huayou Cobalt both delivered earnings reports that significantly exceeded market expectations. These results not only challenge the prevailing perception of midstream materials as “low-margin, highly cyclical,” but also reveal—with concrete financial data—a clear strategic pathway: technical barriers confer pricing power; vertical integration strengthens countercyclical resilience; and the dual imperatives of AI compute infrastructure and new-energy metals are jointly catalyzing a structural leap forward for China’s high-end manufacturing sector.

Electronic Fabric Prices Surge 116.85%: High-Speed PCB Substrates Enter a “Value Re-rating” Phase

Honghe Technology reported a staggering 354.22% year-on-year increase in net profit and 79.72% revenue growth to RMB 442 million in Q1. The primary driver? Its flagship product—electronic-grade glass fiber fabric (“electronic fabric”). Data show its average electronic fabric selling price hit RMB 9.78 per meter in Q1, up 116.85% YoY; meanwhile, the purchase price of its key raw material—electronic yarn—rose 206.55% YoY to RMB 53.83 per kilogram. At first glance, this implies severe cost pressure—but Honghe’s net profit growth far outpaced its price increase, confirming it is not passively absorbing cost inflation, but actively commanding premium pricing power for high-end capacity.

This phenomenon is no coincidence. Training and inference for large AI models demand extreme compute density, driving server motherboards toward higher layer counts (16+ layers), finer trace widths (≤50 μm), and higher signaling speeds (≥112 Gbps). Conventional FR-4 substrates are approaching their physical limits. In contrast, high-performance electronic fabric—characterized by ultra-low dielectric constant (Dk < 3.5) and low dissipation factor (Df < 0.002)—has become an essential reinforcement material for high-frequency, high-speed PCBs and ABF (Ajinomoto Build-up Film) substrates. Leveraging years of technological accumulation in ultra-thin (≤33 μm) and low-Dk electronic fabric, Honghe successfully penetrated the supply chains of next-generation AI servers—including NVIDIA’s GB200 and AMD’s MI300X—and transitioned from a “standard-product supplier” to a “customized solutions partner.” Its markedly increased sales of specialty electronic fabric reflect strong customer recognition of its material compatibility and process co-engineering capabilities.

Notably, the surge in electronic fabric prices is not industry-wide—it reflects intensifying structural divergence. Low-end, generic products face pricing pressure, while high-Dk/Df specifications meeting AI/HPC requirements suffer acute supply shortages. This signals that China’s electronic fiberglass industry has moved beyond simple capacity expansion and entered a new cycle defined by technical specifications setting market entry thresholds and deep customer integration locking in long-term share. For the broader semiconductor packaging materials sector, Honghe’s explosive profitability delivers a clear, high-fidelity signal of sectoral strength—not just for PCB substrate leaders like Shengyi Technology and Nanya New Materials, but also for upstream equipment and IP vendors such as Advanced Micro-Fabrication Equipment (AMEC) and VeriSilicon.

Nickel-Cobalt-Lithium Price Recovery + Deep Vertical Integration: Huayou Cobalt’s Doubled Net Profit Validates Strategic Resource Autonomy

Whereas Honghe Technology anchors the “compute foundation,” Huayou Cobalt’s 99.45% YoY net profit growth in Q1 underscores a redefined role for new-energy metals in the AI era—not merely raw materials for EV batteries, but indispensable “energy bedrock” for AI end-devices (e.g., joint motors in humanoid robots, batteries for AIoT edge devices) and green compute infrastructure (PV energy storage, data center backup power).

Two factors underpin Huayou’s outperformance: First, prices of critical metals—nickel, cobalt, and lithium—stabilized and rebounded starting late 2025, reversing earlier sharp corrections. Second, its fully integrated value chain—from owned mines → smelting & refining → nickel-cobalt-manganese (NCM) precursor production → cathode materials—proved decisive. When upstream nickel ore prices fluctuate, Huayou secures low-cost feedstock via its proprietary HPAL (High-Pressure Acid Leaching) project in Indonesia; when cobalt prices weaken, its owned mines in the Democratic Republic of Congo ensure supply security and dampen procurement costs; downstream, deep partnerships with leading cathode producers—including Ronbay Technology and Tangshan Sinochem—guarantee stable shipments and robust pricing power for high-value-added products.

Critically, the AI-driven energy revolution is reshaping metal demand logic. Humanoid robots’ demand for high-energy-density, long-cycle-life batteries directly accelerates adoption of high-nickel, low-cobalt NCM cathodes. Meanwhile, global data centers’ annual electricity consumption now exceeds Norway’s total national usage—sparking massive demand for efficient energy storage systems and further elevating lithium’s strategic importance. Huayou Cobalt is no longer just a “metal trader.” It wields resource endowments as its shield and technological upgrading as its spear, building an almost unreplicable moat at the intersection of AI and new energy. Its profitability surge offers a powerful earnings benchmark—not only for upstream resource players like Ganfeng Lithium, Tianqi Lithium, and Shengtun Mining, but also for midstream material suppliers such as Changyuan Lithium and Xiamen Tungsten New Energy.

Dual-Track Resonance: The “Chinese Model” of Integrated Advanced Manufacturing and Resource Control Takes Shape

Though operating in seemingly distinct sectors, Honghe Technology and Huayou Cobalt share a common foundational logic: in the global technological restructuring triggered by AI, China is rapidly evolving from an “application innovation hub” into a “hard-tech supply hub.” This transformation rests on two pillars:

First, “precision breakthroughs” in advanced manufacturing. A marginal improvement in electronic fabric performance—measured in microns—directly impacts AI chip interconnect efficiency and overall system power consumption; a 0.1% enhancement in precursor material purity can extend battery cycle life by hundreds of cycles. Such micron-scale and ppm-level process control cannot be achieved overnight through capital infusion alone—it demands sustained R&D investment and iterative production-line optimization. Honghe’s persistent advancement in electronic fiberglass epitomizes Chinese manufacturing’s ascent toward the apex of the global value chain.

Second, “integrated elevation” in resource development. Amid intensifying global competition for critical minerals, Huayou has fused resource acquisition, smelting and purification, materials synthesis, and customer collaboration into a seamless, organic whole. Fundamentally, it applies manufacturing discipline to reshape the resource industry—transforming “uncontrollable raw-material volatility” into “manageable system-level costs.” This model dramatically mitigates geopolitical risks to the supply chain and provides a solid foundation for the scalable, sustainable development of China’s AI hardware ecosystem.

Regulatory support is aligning in parallel. China’s Cyberspace Administration recently launched a stringent campaign against illegal stock-picking recommendations—a move ostensibly targeting financial order, yet sending a clear signal: capital markets must base their valuation of hard-tech enterprises on demonstrable performance and genuine technical barriers—not speculative narratives. When Honghe Technology speaks with a 116% price increase and 354% net profit growth, and Huayou Cobalt delivers on its integrated promise with 99% net profit growth, the market will inevitably discard short-term storytelling and shift toward long-term, fundamental revaluation of pioneers overcoming “bottleneck” constraints and architects building durable moats.

Profitability validation across the AI hardware supply chain has begun—not as a fleeting highlight for two companies, but as the opening chapter of China’s coordinated evolution in high-end manufacturing and strategic resources, jointly shaping the global technology landscape. Looking ahead, those who push microstructural boundaries one step further in electronic materials—or achieve one more decimal of atomic-level purity in metal refining—will secure deeper profit pools and broader influence in the global AI-era division of labor.