Recent price trends (2022–2026)
In 2022, tungsten carbide powder prices were highly erratic due to supply chain disruptions and the rerouting of trade flows following the Russia-Ukraine conflict.
By 2023, prices showed signs of stabilization. However, varying supply-demand dynamics across regions such as the U.S., Europe, and Asia resulted in moderate price premiums in some markets.
A strong upward trend in prices began to emerge in 2025. This was triggered by production constraints, including reductions in mining quotas and the closure of smaller tungsten mines under stricter environmental regulations. This caused Chinese black tungsten concentrate prices to reach record highs, pushing tungsten carbide powder prices to approximately ¥364/kg by mid-2025.
In early 2026, synchronized price hikes were reported across the tungsten value chain. Tungsten carbide powder was quoted at around ¥785/kg—marking a 152% year-to-date increase. In some instances, prices even reached ¥1,060/kg, with tungsten powder exceeding ¥1,100/kg, illustrating widespread inflation in the sector. By March 2026, there were reports of certain spot markets showing prices nearing ¥2,000/kg, highlighting unprecedented price peaks in specific segments.
Structural demand drivers
The demand for tungsten carbide powder remains strong due to its extensive use across industries such as mining, construction, industrial engineering, automotive, aerospace, transportation, and defense. These sectors require wear-resistant tools and high-performance components to maintain operations.
The global tungsten carbide powder market was valued in the high-teen USD billions by the mid-2020s and is projected to grow at a compound annual growth rate of around 5–6% through 2030–2034. This sustained growth in market value indicates a resilient structural demand for tungsten carbide powder even during periods of elevated pricing.
Key factors contributing to price fluctuations
1. Upstream ore and APT supply
The availability and cost of tungsten concentrates, including wolframite, scheelite, and ammonium paratungstate (APT), heavily influence tungsten carbide powder pricing since they serve as primary raw materials.
China accounts for more than half of the global tungsten supply. Consequently, changes in Chinese mining quotas, environmental regulations, and mine shutdowns impact concentrate availability and escalate APT costs. In 2025, for instance, a reported 6.45% reduction in mining quotas and the closure of approximately 30% of small mines due to environmental standards caused black tungsten concentrate prices to reach record levels, resulting in sharp increases in carbide powder prices.
2. Chinese export controls and trade policies
During 2025–2026, China imposed export controls on APT, tungsten carbide powder, and tungsten powder. These restrictions significantly pushed up international prices while creating a price inversion within China for certain tungsten products.
Such restrictions exacerbate existing supply tightness as non-Chinese consumers must either compete for decreasing export volumes or turn to more expensive alternative sources, thereby sustaining higher expenses for tungsten carbide powder worldwide.
3. Energy and production costs
The processes involved in extracting tungsten and producing carbide powder are energy-intensive. Rising electricity and fuel costs directly elevate production expenses for manufacturers.
Energy price surges or carbon-related charges in major production hubs further boost the baseline pricing required to sustain profitability in the industry.
4. Industrial demand cycles
The performance of industries like automotive, aerospace, oil and gas, mining, and construction strongly influences demand for tungsten carbide powder. This material is integral in manufacturing cutting tools, wear-resistant components, mining inserts, and other industrial products.
When global infrastructure projects and resource extraction activities expand, the market tightens due to increased consumption of cemented carbide tools, leading to price surges. Conversely, industrial slowdowns often trigger lower demand and consequently reduce WC powder prices.
5. Cobalt and binder metal costs
Cemented carbides typically use cobalt as a binding agent for tungsten carbide powders.
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