In China, tungsten production accounts for approximately ___ of the global total. 80% , the global share of tungsten reserves is approximately 60% From the perspective of resource availability, tungsten is relatively scarce in the Earth's crust, accounting for only a tiny fraction of its composition. 0.007% Left and right, primarily found in various tungsten deposits—globally known. 20 Among the various tungsten minerals, scheelite concentrate and wolframite concentrate are the most industrially valuable. Scheelite accounts for approximately [a certain percentage] of the world's total recoverable reserves. 20% Tungstenite accounts for approximately [a percentage] of the world's total recoverable resources. 20% China's tungsten mineral resources are distributed as follows.

    From a source analysis, the global supply of tungsten is comprised of... 2 Partial composition: 1 Newly produced tungsten ore accounts for the total supply. 76% , among which 66% Entering the final tungsten products, 10% Become waste from the production process and be reused for re-production; 2 The proportion of waste from finished tungsten products is... 24%。

World tungsten mineral resources are primarily concentrated in the Himalayas and the circum-Pacific geological belt. China is located in both of these geological regions and boasts abundant tungsten reserves. 2014 China ranks first in the world in terms of tungsten resource reserves, with proven reserves amounting to... 190 Ten thousand tons, accounting for the total reserves. 57%；2014 China’s tungsten production also ranks first globally, reaching 7.1 Ten thousand tons, accounting for a percentage of global total production. 81%。

    China's tungsten mineral resources are widely distributed. 23 Province—according to statistics, there are nationwide 382 Tungsten deposits are mainly distributed across seven provinces: Jiangxi, Hunan, Guangdong, Yunnan, Guangxi, Inner Mongolia, and Fujian. The total tungsten mining areas in these seven provinces account for the nation's entire share. 80% From the perspective of tungsten resource reserves, China’s tungsten resources are mainly concentrated in the provinces of Hunan and Jiangxi, with reserves in these two provinces being... 32% and 18% , the combined reserves of the two provinces account for the national total. 50%。

By ore type, China's tungsten deposits are primarily dominated by scheelite, with wolframite and mixed black-and-white tungsten ores playing a secondary role, accounting for percentages as follows: 69%、22% and 9% By region, Jiangxi primarily relies on black tungsten concentrate, and its black tungsten resources account for a certain percentage of the nation's total black tungsten resources. 42.40% Hunan primarily produces scheelite concentrate, while Henan mainly obtains it as a byproduct of molybdenum mining. The major tungsten mining areas include the Shizhuyuan Tungsten Mine in Hunan, several tungsten mines in Jiangxi such as Xihua Mountain, Daji Mountain, Panggu Mountain, Guimei Mountain, and Piaotang, the Lianhuashan Tungsten Mine in Guangdong, the Xingluokeng Tungsten Mine in Fujian, the Ta’ergou Tungsten Mine in Gansu, and the Sandaozhuang Alumino-Tungsten Mine in Henan.

    As evidenced by the analysis of the tungsten industry, China’s development and utilization of tungsten resources are primarily focused on scheelite. Although there are abundant reserves of scheelite, high-grade deposits are scarce, the ore grade is relatively low, and many ores are difficult to process. Consequently, the amount mined accounts for only a small portion of total tungsten production. 10% Although the reserves of scheelite are smaller than those of wolframite, there are relatively more high-grade deposits, and these deposits are easier to mine and process. The total mining volume accounts for a significant portion of tungsten production. 90% Typically, scheelite can be effectively processed using gravity separation alone, whereas wolframite not only requires gravity separation but also more sophisticated beneficiation techniques such as flotation. In recent years, intensified tungsten mining has led to an accelerated depletion of tungsten reserves. This is particularly evident in scheelite, where the proven reserves have declined significantly. In some older mining areas, the tungsten grade has been steadily dropping, and in some cases, these deposits are even nearing exhaustion.