How Can LED Companies Survive the PCB Price Surge Amid Industry Upgrades?

Reporter: Ouyang Jing

Recently, the Electronic Information Department of the Ministry of Industry and Information Technology of China (MIIT) officially released two consultation drafts—the Norms for the Printed Circuit Board Industry (2025 Edition) and the Administrative Measures for the PCB Industry Normative Announcements (2025 Edition). The drafts propose strict control over new PCB projects that merely expand capacity without technological improvement. Multiple mandatory requirements are designed to accelerate the elimination of outdated capacity and concentrate resources on high-end product development.

For China’s LED display industry, PCBs (Printed Circuit Boards), as a key component accounting for 8%–25% of total cost, are directly influenced by price fluctuations and industrial policies, which ultimately affect the operation logic of the entire supply chain. At present, China’s PCB sector is under dual pressure—price increases and policy restrictions—an overlapping effect that will accelerate industry reshuffling and deeply impact the LED display industry.

When structural price hikes collide with policies designed to drive industrial upgrading, the combined force will significantly speed up the reshuffle of both the PCB industry and the downstream LED display sector.

Policy-driven elimination of inefficient capacity will force many small and medium-sized companies either to upgrade technologically or withdraw from the market. This kind of “targeted restructuring” will dramatically squeeze the survival space of mid- to low-end PCB enterprises, leading to differentiation—those with transformation potential may obtain resources through mergers and acquisitions, while companies lacking technological reserves may face bankruptcy.

It is noteworthy that multiple companies announced PCB price increases in October, with a single adjustment of around 10%. Behind this wave of price hikes lies not only rising raw material costs, but also policy-induced supply contraction. With the new regulations strictly limiting low-end capacity expansion, effective production growth slows. Combined with rising fixed costs from environmental compliance and smart-manufacturing upgrades, enterprises have no choice but to raise prices to relieve pressure.

For China’s LED display manufacturers, cost transmission creates a dilemma: maintaining original pricing compresses profits, while raising prices may weaken competitiveness. This pressure forces structural adjustments—on one hand, driving products toward higher added value, and on the other, accelerating technology upgrades to lower unit costs. For example, some companies may optimize packaging to reduce PCB consumption or adopt new substrate materials to replace traditional boards, thus building differentiated competitive advantages.

Policy-market interaction may produce nonlinear effects. During the reshuffle, the speed and magnitude of capacity withdrawal may exceed expectations. If low-end capacity clears too quickly, short-term supply shortages may worsen price volatility. To hedge risks, LED enterprises should plan—not only locking raw material costs via futures markets, but also reducing dependence on specific materials through technological innovation. Meanwhile, policy-driven industrial clustering may create new opportunities. Industrial parks with favorable locations in China could attract upstream and downstream companies, forming collaborative innovation ecosystems that provide more cost-efficient support for the LED display industry.

Although policy regulation coupled with market-driven price rises may bring short-term cost pressure and transitional pain, in the long view, this is the necessary stage for the industry’s transition from quantitative expansion to qualitative growth. A PCB industry with concentrated resources, higher technical barriers, and more orderly competition will provide China’s LED display manufacturers with more stable and advanced material support—ultimately boosting high-quality development across the country’s optoelectronic sector.

Conclusion

In essence, this policy adjustment acts as a catalyst for industrial upgrading in China. As the PCB industry shifts from “scale expansion” toward “quality-first” development, LED enterprises must rethink value creation. They need to strike a dynamic balance between cost control, technology R&D, and market expansion—reducing reliance on traditional PCBs through process optimization and material substitution, while leveraging policy incentives to invest more in high-end product development.

This transformation concerns not only short-term survival but also determines the competitive landscape for the next decade. As AI and 5G application deepens, demand for high-density interconnect PCBs will continue to grow. Those who can quickly respond to technological evolution will gain an early advantage. The policy-driven reshuffle essentially clears the path for high-quality growth—companies that read trends accurately and allocate resources wisely will stand out in China’s future industrial structure.