Silicon Carbide Market Prices and Future Trends Analyzed

As the global wave of new energy vehicles and semiconductor industries surges, price fluctuations of silicon carbide—a critical material—have become a focal point for industry players. Recent data from Asian Metal provides updated price trends, offering market participants valuable insights. However, merely listing price figures is insufficient to grasp the market's true pulse. This article delves into the driving factors behind these numbers and examines the opportunities and challenges facing the silicon carbide market.

According to Asian Metal, silicon carbide products in the market are primarily categorized into black silicon carbide and green silicon carbide, with varying specifications. These include purity grades ranging from 88% to 98.5% and particle sizes spanning millimeters to centimeters. Prices differ based on specifications and origin (ex-China factory, FOB China, or Rotterdam warehouse). The latest update as of September 28, 2025, provides a preliminary reference, but understanding the context behind these prices is crucial.

Black silicon carbide, a long-established abrasive and refractory material, maintains a strong presence in traditional industrial sectors. Asian Metal's data reveals price variations based on purity (88% min, 98% min) and particle size (0-10mm, 1-10mm, 10-30cm, F16-100). The disparity between ex-China factory and FOB China prices reflects transportation and trade costs. Notably, black silicon carbide prices remain relatively stable, attributed to mature applications and balanced supply-demand dynamics. However, technological advancements are being pursued to meet evolving demands in high-performance applications.

Green silicon carbide, in contrast, is gaining traction in cutting-edge industries like semiconductors and photovoltaics. Prices vary by purity (98% min, 98.5% min) and particle size (JIS2000, F240, 10-30cm). High-purity green silicon carbide commands premium pricing due to its technical sophistication and broader utility. The rapid expansion of electric vehicles and 5G infrastructure is expected to sustain demand growth, potentially driving prices upward.

Beyond product specifications, multiple factors shape silicon carbide pricing:

• Supply-Demand Balance: The fundamental driver of price movements. Rising demand from electric vehicles and semiconductors has pushed prices higher, but potential overcapacity looms as production scales up.
• Raw Material Costs: Quartz sand and petroleum coke are essential inputs; their price volatility directly impacts production costs.
• Production Technology: Innovations like chemical vapor deposition and high-temperature synthesis could lower costs and enhance quality.
• Policy Impacts: Government incentives for green industries and stricter environmental regulations may alter supply chains and pricing structures.
• Global Trade Conditions: Tariffs, trade disputes, and logistical disruptions introduce additional volatility.

The silicon carbide market stands at a crossroads. While burgeoning industries promise sustained demand, expanding production capacities could lead to oversupply. Technological breakthroughs, environmental policies, and geopolitical shifts will further complicate the landscape. Market participants must stay vigilant, adapting strategies to maintain competitiveness in this evolving sector.