Liangshan Southern Red Agate Production Update: Premium Raw Material Scarcity Pushes Market Prices Upward

Liangshan, Sichuan, October 26, 2023 – Recent developments in the mining activities within Liangshan, Sichuan, a pivotal production hub for Southern Red Agate (Nan Hong Agate) in China, indicate a significant shift. In-depth investigations by our reporters in the production area reveal a continuous decline in the output of high-quality Nan Hong Agate raw materials. This trend has begun to exert a profound impact on both domestic and international Nan Hong Agate markets, signaling a potential period of sustained upward pressure on market prices.

For a long time, Liangshan Nan Hong Agate has been highly sought after by collectors and consumers due to its warm texture, vibrant red color, and unique gelatinous appearance. However, the inherent limitations of natural resources are now becoming evident. According to local mine owners, the discovery rate of high-quality, large Nan Hong Agate rough stones has significantly decreased in recent years. A veteran miner, who wished to remain anonymous, stated, “Previously, we might find decent material every few days. Now, it’s rare to encounter a high-grade rough stone even after several months.” This phenomenon is not isolated but is prevalent across multiple core mining sites in Liangshan.

Market data indicates that over the past year, the overall output of Nan Hong Agate rough stones in Liangshan has decreased by approximately 15% to 20% year-on-year. Specifically, the decline in premium-grade raw materials suitable for carving or high-end jewelry production has exceeded 30%. This structural change in the supply side has directly led to a shortage of high-quality raw materials in the market.

“The inherent difficulty of mining Nan Hong Agate, coupled with years of continuous extraction, has largely depleted superficial and shallow high-quality veins,” stated Professor Zhang Hua, a senior expert and Ph.D. in geology from the China Gem & Jewelry Trade Association, in an interview. “Now, greater human and material resources are required for deeper mining, but the uncertainty of deep veins is higher, and mining costs have increased dramatically. This will inevitably be passed on to the end market, driving up product prices.” Professor Zhang further predicted that if the current mining situation persists, prices for premium Nan Hong Agate could rise by 10% to 25% within the next two years.

Market feedback corroborates this assessment. In major jewelry and jade trading markets such as Chengdu, Beijing, and Shanghai, the inquiry and transaction prices for finished Nan Hong Agate products, especially high-grade bead strings and carved pieces, have shown a steady upward trend. Some merchants report that due to increased upstream raw material costs, they have had to adjust retail prices. Ms. Li, a dealer who has been selling Nan Hong Agate in Beijing for many years, admitted, “It’s becoming increasingly difficult to source goods, especially those exquisite pieces with pure color, no cracks, and no flaws. The prices seem to change daily.”

Notably, the scarcity of raw materials may also prompt the industry to delve deeper into value creation. For instance, some jade carving masters are beginning to experiment with smaller, irregularly shaped Nan Hong materials for creative designs, enhancing their artistic value through exquisite craftsmanship. Furthermore, the authentication, maintenance, and cultural promotion of Nan Hong Agate will become even more crucial to navigate the challenges posed by market changes.

Looking ahead, Nan Hong Agate mining in Liangshan will face even greater challenges. Against the backdrop of increasingly scarce resources, balancing extraction with environmental protection and maximizing value from limited resources will be critical issues for all industry participants. Concurrently, the market needs to adapt to this new supply-demand landscape, and consumers, when purchasing Nan Hong Agate, should pay closer attention to its quality and rarity, and view price fluctuations rationally.