Analysis of the Impact of the Pandemic on the Nonferrous Metals Industry

Analysis of the Impact of the Pandemic on the Nonferrous Metals Industry

Analysis of the Short-Term Impact of the Pandemic on the Nonferrous Metals Industry:

Following the outbreak, the Chinese government implemented a series of epidemic-control measures, including sealing off Wuhan and suspending certain modes of transportation. These measures played an irreplaceable role in effectively containing the pandemic; however, from an economic perspective, they led to disruptions in corporate logistics, insufficient resumption of production, and rising costs. The nonferrous metals industry was among the industrial sectors most severely affected, as evidenced by the following key issues:

First, enterprises face restrictions on normal production, leading to difficulties in operations and management.

As a foundational raw-materials‑producing sector of the national economy, nonferrous‑metal enterprises rely heavily on the transportation of both raw materials and finished products; logistics constitutes a critical lifeline for these companies. Although pandemic‑related restrictions have disrupted logistics, their impact on the transport of concentrate feedstock has been relatively limited. By contrast, the disruption has had a substantial effect on sulfuric acid, a key smelting byproduct. With large volumes of sulfuric acid produced in Hubei—a major consumption hub that has become an epidemic‑affected area—companies that depend on external sales of sulfuric acid have seen their operations severely hampered. Under the dual constraints of logistical bottlenecks and limited storage capacity for sulfuric acid, some smelters have been forced to reduce production rates or suspend operations for maintenance. Coupled with downward pressure on product prices, these factors have exerted adverse effects on corporate profitability.

Second, a decline in downstream end‑user consumption is weighing on upstream production.

As an essential material foundation for the national economy, the demand for nonferrous metals is closely linked to downstream industries. Affected by pandemic control measures, many downstream enterprises in sectors such as power and construction have delayed or postponed resuming operations, leading to a postponement of end‑demand in the industrial sector. Meanwhile, with residents reducing their outings, downstream consumer‑oriented sectors like home appliances and automobiles have also experienced significant suppression, and this weak demand has cascaded upstream, constraining production at manufacturing firms.

Third, consumer confidence at the retail level remains weak, and prices continue to decline.

Since the onset of U.S.-China trade tensions, global economic growth has remained sluggish. In 2019, buoyed by factors such as the easing of these tensions, nonferrous metal prices staged a rally in the second half of the year before retreating and stabilizing. Following the outbreak of the pandemic, under the dual pressures of eroded investor confidence and slowing consumption, nonferrous metal prices continued to decline. By commodity, copper and lead saw relatively modest declines, while zinc and nickel fell by more than 10%.

The Long-Term Impact of the Pandemic on the Nonferrous Metals Industry:

Since the outbreak of the COVID‑19 pandemic, production and consumption in the nonferrous metals sector have been constrained, and product prices have continued to decline. Beyond these short-term effects, the pandemic is also expected to exert lasting impacts on the nonferrous metals industry over the long term.

First, it is about driving enterprises to meet new demands for industrial intelligence.

Against the backdrop of the deepening integration between next-generation information technologies and industry, how can the nonferrous metals sector leverage these technologies to advance industrial intelligence—such as smart logistics—and achieve intelligent remote logistics? By doing so, it could reduce or eliminate reliance on manual labor in certain production processes, thereby significantly mitigating the impact of logistical constraints like those experienced during the current pandemic. Meanwhile, by relying on industrial intelligent decision‑making systems to promptly analyze data and adjust production plans, companies can minimize operational losses. Looking ahead, industrial intelligence will emerge as a key new driver of industry development.

Second, it encourages the industry to adopt new perspectives on technological advancement.

As an essential link in the nonferrous metallurgy sector for achieving comprehensive sulfur resource recovery and compliant environmental emissions, sulfuric acid production has emerged during this pandemic as the most significant constraint—particularly for northern smelting enterprises. Against the backdrop of dimming prospects for major downstream consumers such as phosphate fertilizer producers, addressing the storage challenges of this specialized commodity—whether by curbing production or fundamentally resolving sulfur recovery in nonferrous smelting—has become a key focus for many companies and research institutions. Exploring new process technologies for sulfur recovery within smelting workflows, along with other pressing issues, will serve as a fresh impetus for the industry to advance its technological capabilities.

Third, it has given rise to a new mindset within the industry regarding industrial planning.

Under the current pandemic, some smelting enterprises have seen production halted due to sulfuric acid. From another perspective, the root cause lies in an industrial layout that remains insufficiently refined. Industrial planning based on traditional theories of spatial distribution fails to foster inter‑sectoral synergy and cannot fundamentally address such issues. To move beyond conventional approaches to industrial location, it is necessary to adopt a cluster‑based, collaborative mindset and undertake higher‑level strategic planning that promotes cross‑industry coordination. This represents a forward‑looking approach to achieving more rational and sustainable industrial development.

Future Outlook:

1. The impact of the pandemic will exceed expectations.

Following the effective containment of the epidemic in China, the pandemic has spread in regions such as the United States and Europe, which will have a significant impact on both the global economy and China’s economic development. As a result, global economic growth is expected to decelerate in 2020.

2. The industry faces new opportunities for development.

The impact of this epidemic on the nonferrous metals industry will prompt new reflections on industrial restructuring, technological R&D, and digitalization, thereby driving the sector’s transformation and upgrading.

3. Overall Impact on Demand

In the short term, the COVID‑19 pandemic has delayed and suppressed some downstream demand, negatively impacting corporate production and operations. However, in the long run, much of this deferred demand is unlikely to disappear; as the pandemic subsides, industry demand is expected to rebound—and may even experience explosive growth.

(Ma Wenjun, Enfei Institute of Mining Economics)

--Reprinted from “Henan Nonferrous Metals Brief, Issue No. 3 Issue》