While everyone’s eyeing gold, another metal is experiencing structural imbalances between supply, demand, and the energy transition. The market may not yet have decided who will be the real protagonist.
If gold continues to dominate financial narratives, it may not be the sole protagonist of the next cycle. In recent months, the yellow metal has become almost an automatic reflex for those seeking protection, a safe haven, and a hedge against monetary and geopolitical instability. However, when an asset enters a phase of near-unanimous consensus, it becomes legitimate to wonder whether a significant portion of its upside has already been priced in.
Some positioning indicators, along with long-term historical metrics, are starting to suggest a degree of overcrowding, although, as always, everything remains relative as long as the macroeconomic backdrop continues to justify it. Looking ahead to 2026, the question therefore becomes more nuanced.
Are we sure that attention should remain focused solely on gold, or is there another commodity—less celebrated but structurally compelling—that could be at the early stage of a new market rebalancing?
Beyond Gold: Enter the World of PGMs
Platinum and palladium belong to the so-called Platinum Group Metals, a group of scarce metals that also includes rhodium, iridium, and ruthenium. Unlike gold, their role is not primarily monetary or ornamental, but industrial and strategic. These metals are critical to the transportation sector, advanced chemical processes, and key segments of the energy transition. Their primary application lies in catalytic converters, essential devices for reducing harmful emissions from internal combustion engines. As a result, demand for platinum and palladium is structurally linked to environmental regulation and emission standards—an aspect often overlooked when focusing exclusively on spot price performance.
Roughly 80% of global palladium demand originates from the automotive sector, while for platinum the figure is closer to 40%. Palladium is predominantly used in gasoline engines, whereas platinum remains dominant in diesel engines. This technological distinction has had profound implications for relative pricing dynamics over the past decade.
Historical Dynamics and Price Imbalances
During the 2010s, diesel emissions scandals accelerated a policy-driven shift away from diesel toward gasoline powertrains. This regulatory and technological transition triggered a surge in palladium demand, while platinum lagged behind, weighed down by the negative sentiment surrounding diesel technology. The result was an extreme relative valuation distortion. In 2021, palladium prices exceeded $3,000 per ounce, trading at nearly four times the price of platinum.
Such a divergence is difficult to justify on purely fundamental grounds, but can be explained by supply rigidity, limited substitutability in the short term, and highly concentrated end-market demand.
However, commodity markets rarely sustain these asymmetries indefinitely. Elevated prices tend to incentivize substitution, efficiency gains, and technological adaptation. And this is precisely where the current landscape begins to shift.
Supply and Demand: The Case of Platinum
In recent years, platinum appears to be in a more fundamentally balanced position than its market valuation would suggest. Demand remains resilient, supported not only by the automotive sector but also by emerging industrial applications, while supply shows increasing signs of stress. Recent estimates point to a projected decline of approximately 6% in mine output. This is a meaningful figure in a market characterized by limited scale and low supply elasticity. Even relatively small production shortfalls can translate into persistent structural deficits.
At the same time, a gradual substitution of palladium with platinum in gasoline engine catalysts is underway. From a chemical standpoint, platinum can perform comparable catalytic functions, and from an economic perspective it has become materially more cost-effective. This substitution process is neither immediate nor linear, but it represents a tangible medium-term demand driver.
The Role of Hydrogen and the Energy Transition
Another often underappreciated factor is platinum’s role in the hydrogen economy. The metal is a critical component in electrolyzers and fuel cells—technologies that feature prominently in long-term decarbonization strategies. While large-scale hydrogen adoption remains uncertain, public and private investment flows are accelerating, potentially creating incremental demand that is not yet fully reflected in current price expectations.
The convergence of supply constraints, substitution dynamics, and new industrial end-uses opens the door to a possible structural rerating of platinum. This is less a short-term cyclical trade and more a gradual reassessment of underlying fundamentals.
Risks and variables to monitor
No investment thesis is without risk. The primary uncertainty relates to the pace of electrification, which over the long term could erode demand for traditional catalytic converters. A second risk stems from the inherent volatility of PGM markets, which are often exposed to geopolitical developments and supply disruptions concentrated in a limited number of producing regions. Finally, the broader macroeconomic environment remains a key variable. A pronounced global slowdown could weigh on industrial demand in the near term, delaying the full materialization of these structural trends.
So?
Looking beyond gold does not mean challenging its historical or strategic role. Rather, it means acknowledging that commodity cycles are multi-dimensional and rarely linear. Platinum—often overlooked or dismissed as a relic of the past—may instead be entering a phase of quiet transition, driven by fundamentals rather than speculative momentum.
Original article published on Money.it Italy 2025-12-18 18:49:00. Original title: Ma quale oro. Sarà questa la materia prima del 2026
