Ceramic Industry Raw Materials Market Update: Pressures in 2025 and Transformation Outlook for 2026

At the end of 2025, the core raw materials for ceramic production — feldspar and kaolin — are facing significant cost premiums and supply constraints. With increasingly stringent environmental regulations in multiple countries, traditional open-pit mining operations are facing severe restrictions, and obtaining permits for developing high-quality resources has become significantly more difficult in many regions. Industry surveys conducted in Q4 show that extraction costs for certain high-quality kaolin resources have risen by 8%–12%, while feldspar prices have also climbed sharply due to global demand and supply chain volatility. This has directly driven up production costs for ceramic manufacturers. The prevailing industry consensus is now shifting toward using recycled materials or industrial waste residues (such as mine tailings or smelting slag) to hedge against rising prices of natural raw materials. This substitution strategy not only alleviates supply tightness but also reduces overall raw material costs and has already become a practical direction for many leading companies.

At the same time, fluctuating energy prices have made producers acutely aware that the “mineral issue” is fundamentally a “cost issue.” During Q4, companies have shown a growing preference for fluxing minerals (such as sodium feldspar or other low-melting-point minerals) that can lower the firing temperature of ceramics, thereby shortening kiln cycles and reducing energy consumption. The adoption of such minerals has proven effective in countering uncertainty in natural gas and electricity prices, delivering dual benefits of energy savings and cost reduction, and has already been validated and rolled out on some production lines.

The proportion of recycled materials is continuing to rise, emerging as another major trend in the industry. Ceramic manufacturers are now extensively exploring technologies for the circular utilization of crushed glass, waste ceramic materials, and other industrial residues, incorporating these secondary resources into body and glaze formulations through optimized recipes. This approach not only helps reduce over-reliance on primary minerals but has also shifted the industry’s focus from simply “securing supply” to a dual game of “cost reduction and efficiency improvement” combined with “green transformation.” Relevant studies indicate that properly incorporating recycled materials can maintain — or even improve — product performance while significantly lowering the carbon footprint, aligning with global sustainability requirements.

Looking ahead to 2026, the supply of primary minerals will still need to overcome four major challenges to adapt to the industry’s accelerated transformation:

First, environmental regulations will become even stricter. Higher thresholds for mining permits and ecological restoration obligations will continue to raise the operating costs of traditional mines. Companies will need to invest in green mining technologies and compliance upgrades to ensure a stable supply of high-quality resources.

Second, high-quality primary mineral resources are gradually being depleted, making consistent quality a growing bottleneck. The industry must strengthen geological exploration, optimize beneficiation processes, and improve the utilization efficiency of lower-grade ores to maintain the stability of body material performance.

Third, geopolitical risks and trade barriers in global supply chains are intensifying, increasing uncertainty around raw material imports. Companies should promote supply chain diversification, develop local or regional alternative sources, and deepen cooperation with recycling industry chains to buffer against external shocks.

Finally, the pressure of green and low-carbon transformation is unprecedented. Carbon emission accounting and green certification requirements will force primary mineral usage to accelerate toward low-energy, circular models. Prioritizing the use of fluxing agents and waste residue substitutes, along with advancing low-temperature firing technologies, will become the core strategic path for primary minerals in 2026.

Overall, the ceramic industry is moving from passive adaptation to proactive innovation, with recycling and substitution set to become the dominant trends.

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