The cost of building high-performance PC hardware just got more expensive—and not just because of silicon shortages or supply chain bottlenecks. Copper, a critical material in everything from GPU cooling blocks to motherboard traces, has surged to record highs, forcing manufacturers to reconsider pricing and availability.
At the heart of the issue is a 40% price jump for copper plates used in premium cooling solutions. A single 12mm-thick copper plate, once priced around €190, now costs €280. That may not sound like much, but when scaled across production, it translates to a €50 increase for a water-cooling block designed for an RTX 5080—enough to push some products into unprofitable territory.
For Enthusiast Gamers
High-end cooling isn’t just about aesthetics; it’s a necessity for overclocked GPUs like the RTX 5080, where sustained performance hinges on efficient heat dissipation. Copper’s superior thermal conductivity makes it the material of choice for custom water blocks, but the price hike threatens to limit its use to only the most premium products. Manufacturers may shift to aluminum or nickel alloys, which are cheaper but less effective at transferring heat. The result? Higher temperatures under load or a trade-off in cooling performance for the sake of affordability.
This isn’t limited to GPUs. CPUs, motherboards, and even power supplies rely on copper for traces, heat spreaders, and wiring. While aluminum and nickel have seen modest price increases (~5%), copper’s volatility is creating a cascading effect. For example, a mid-range air cooler that once used copper fins might now opt for aluminum, reducing its cooling efficiency by 10–15%—a noticeable difference in sustained gaming sessions.
For Content Creators and Workstations
Professionals who depend on stable, high-performance hardware—such as 3D renderers, video editors, or AI workloads—face a double challenge. Copper’s role in liquid cooling and high-end power delivery means that workstations may see delayed shipments or higher upfront costs. A €50 increase on a GPU cooler might seem minor, but when combined with rising prices for RAM, storage, and other components, it adds up quickly. For businesses, this could mean longer ROI timelines or the need to invest in more efficient (but pricier) cooling solutions upfront.
There’s also a supply-side squeeze. US companies, anticipating potential tariffs, have been stockpiling copper, leading to shortages in Europe and Asia. Warehouse stocks in the US are now five times higher than last year, but local markets are struggling to keep up with demand. This has forced some manufacturers to lock in prices months in advance, creating uncertainty for consumers.
The impact isn’t just limited to high-end hardware. Even budget systems use copper in motherboard PCBs, CPU heat spreaders, and basic cooling solutions. While the direct cost increase for an entry-level build may be minimal, the broader trend signals longer-term instability. If copper prices remain elevated, manufacturers may pass along costs in the form of higher MSRPs or reduced features—think fewer copper traces on budget motherboards or thinner heat pipes in air coolers.
Not everyone is panicking, though. Analysts at Goldman Sachs suggest copper prices could stabilize later this year, provided US tariffs on refined copper are clarified. However, the bank also warns that any delay in policy decisions could prolong the volatility, keeping hardware costs elevated well into 2026.
The bottom line? Copper isn’t just a metal—it’s the backbone of modern PC design. And with prices at $13,000 per tonne, the ripple effects are being felt across the industry. For now, buyers should brace for higher prices, especially in premium cooling and high-performance components. Whether this becomes a temporary blip or a new normal remains to be seen.
