Chinese Mineral Encyclopedia — classic Chinese localities and the species that define them

Chinese Mineral Encyclopedia — provinces, famous mines, iconic species & collector guides

A reference hub for Chinese mineral species, classic localities, and collector knowledge.

China is the world's leading source of fine mineral specimens. Since the 1990s, Chinese mines have produced many of the finest fluorite, stibnite, scheelite, pyromorphite, and rare-earth crystals on the market — often at prices below comparable classics from older localities. This wealth comes from an unusual concentration of ore-forming geology: the Nanling tungsten–tin belt across the south, carbonatite rare-earth deposits, iron–tin skarns, and shallow antimony and mercury systems. Below you can explore the provinces, the classic localities, the signature species, and how to buy and authenticate Chinese specimens.

Chinese Minerals at a Glance

The signature species and classic localities of each collector province.

ProvinceSignature mineralsClassic localities
HunanFluorite · Stibnite · Wolframite · Scheelite · CalciteYaogangxian · Xianghualing · Shangbao · Xikuangshan
SichuanScheelite · Cassiterite · Beryl · BastnäsiteXuebaoding · Maoniuping
GuangxiPyromorphite · Cassiterite · sulfidesDaoping · Dachang
JiangxiBarite · Scheelite · Wolframite · FluoriteDexing · Yichun
HubeiCalcite · Malachite · Pyrite · ChalcopyriteDaye · Tonglushan
Inner MongoliaIlvaite · Hedenbergite · Fluorite · rare earthsHuanggang · Bayan Obo
FujianFluorite · PyriteTongbei · Shizhuyuan
YunnanCassiterite · Fluorite · CalciteGejiu
GuizhouCinnabar · Stibnite · FluoriteWanshan · Qinglong

Where Chinese Minerals Come From

The provinces and classic mines behind the specimens — click any for its geology and current stock.

By province

See all 42 Chinese mines & districts

Thumbnails for mines without a dedicated locality page use freely-licensed photographs from Wikimedia Commons, hand-checked for provenance: Pingwu (emerald)Parent Géry, Public domain (source); Wuzhou (rhodochrosite)Parent Géry, CC BY-SA 3.0 (source); Tongbei (spessartine)Parent Géry, CC BY-SA 3.0 (source); Changning (sphalerite)Robert M. Lavinsky, CC BY-SA 3.0 (source); Qinglong (stibnite)Robert M. Lavinsky, CC BY-SA 3.0 (source); Tongbai (native silver)Parent Géry, CC BY-SA 3.0 (source); Yongping (calcite)Robert M. Lavinsky, CC BY-SA 3.0 (source); Tonglüshan (mine site)Huanokinhejo, CC BY-SA 4.0 (source); Tengchong (volcano)STW932, CC BY-SA 4.0 (source). The Mengyin diamond-pit photo is credited on its locality page.

Shop Chinese mineral specimens

Every piece hand-selected, photographed, and numbered before listing — fluorite, scheelite, stibnite, calcite and more, straight from the classic Chinese localities.

Browse Minerals from China

Chinese Minerals — Frequently Asked

Why are Chinese mineral specimens so popular with collectors?
China combines an exceptional range of deposit types with a very active mining and collecting scene. Since the 1990s its mines have produced many of the finest fluorite, stibnite, scheelite, pyromorphite, and rare-earth specimens ever found — often at prices below comparable classics from older localities.
What is China’s most famous mineral?
Fluorite. China set the modern global standard for collectable fluorite — the green and purple cubes of Yaogangxian, the octahedral and “mushroom” fluorite of Xianghualing, and the phantom-zoned crystals of Shangbao, all in Hunan, are benchmarks for the species.
What are the most famous Chinese mineral localities?
Hunan’s Yaogangxian, Xianghualing, and Shangbao for fluorite; Xuebaoding in Sichuan for scheelite; Daoping in Guangxi for pyromorphite; Xikuangshan for stibnite; and Bayan Obo in Inner Mongolia for rare earths.
What is Xuebaoding known for?
Xuebaoding, in Sichuan, is the world’s premier source of gemmy yellow-orange scheelite, frequently with cassiterite and pink beryl on a silvery muscovite matrix.
Which Chinese province produces the best fluorite?
Hunan. The green and purple cubes of Yaogangxian, the octahedral fluorite of Xianghualing, and the phantom-zoned crystals of Shangbao are the global benchmarks, with additional fine material from Fujian, Inner Mongolia, and Jiangxi.
What is the Nanling tungsten–tin belt?
A major metallogenic belt across southern China — Hunan, Jiangxi, and Guangdong — and one of the richest tungsten–tin zones on Earth. Its granite-related deposits are the source of much of China’s collectable fluorite, wolframite, scheelite, and cassiterite.
Why are so many Chinese minerals found in skarns?
A skarn forms where hot mineralising fluids react with carbonate rock at the contact of an intrusion. China’s iron–tin skarns — the Huanggang deposit in Inner Mongolia and the Daye district in Hubei — produce lustrous ilvaite, green hedenbergite, garnet, calcite, and fluorite.
Are Chinese mineral specimens good value?
For many species, yes. Because China entered the specimen market recently and supplies it in quantity, fine Chinese fluorite, scheelite, and stibnite often cost less than comparable classics from older localities. Condition, locality, and crystal quality still drive value — see the How to Buy Chinese Mineral Specimens guide.
How can I tell if a Chinese fluorite specimen is enhanced?
Most are natural, but a minority are cleaned, repaired, stabilised, or occasionally coated or dyed — standard practice in the mineral trade. It is worth asking a seller what, if anything, was done. Our Natural vs Treated Chinese Minerals guide explains what to look for.
Do you also sell Chinese mineral specimens?
Yes — every specimen is hand-selected, photographed, and numbered before listing. Browse the current stock in Minerals from China, or read the How to Buy Chinese Mineral Specimens guide first.

Chinese Minerals in Depth

The geology, the signature species, the collecting regions, and how to buy with confidence.

China is, in the modern era, the single most important source of fine mineral specimens in the world. For most of the twentieth century the classics in Western collections came from Europe, the Americas, and Africa; China was nearly a blank on the collector map. That changed from the 1990s onward, as the country's mines opened to the specimen trade and a large domestic collecting culture emerged. Today a great share of the fluorite, stibnite, scheelite, pyromorphite, cinnabar, and rare-earth specimens on the world market — including many of the finest ever found — come from Chinese localities.

Why China produces such variety

The reason is geological breadth. Southern China straddles the Nanling tungsten–tin metallogenic belt, one of the richest W–Sn zones on Earth, threading through Hunan, Jiangxi, and Guangdong and yielding the granite-related fluorite, wolframite, scheelite, and cassiterite the country is famous for. Beyond it sit carbonatite rare-earth giants (Bayan Obo in Inner Mongolia, Maoniuping in Sichuan), iron–tin skarns (Huanggang, Daye), and shallow epithermal antimony and mercury deposits (Xikuangshan, Wanshan). Few countries pack so many ore-forming environments — and therefore so many well-crystallised species — into one place.

The signature species

Fluorite is the species most associated with China: the green and purple cubes of Yaogangxian, the stepped “mushroom” and octahedral fluorite of Xianghualing, and the phantom-zoned crystals of Shangbao set the modern global benchmark. Alongside it, China is the reference source for bladed stibnite (Xikuangshan / Lengshuijiang), gemmy orange scheelite (Xuebaoding), grass-green pyromorphite (Daoping), red cinnabar (Wanshan), honey-coloured bastnäsite (Maoniuping), and the lustrous black ilvaite and green hedenbergite of the Huanggang skarn.

The collecting regions

Hunan is the heartland — fluorite and stibnite above all. Inner Mongolia pairs the world-class Huanggang skarn with the colossal Bayan Obo rare-earth deposit. Guangxi gives the planet's finest pyromorphite at Daoping; Sichuan the scheelite of Xuebaoding and the bastnäsite of Maoniuping; Yunnan the two-thousand-year-old tin district of Gejiu; Guizhou the historic cinnabar of Wanshan. Each region has its own look, and learning to read those locality “signatures” is much of the pleasure of collecting Chinese minerals.

Natural, treated, and how to buy

Most Chinese specimens are natural, but the field is young and the supply large, so provenance and condition reward attention. A minority are cleaned, repaired, stabilised, or occasionally coated or dyed — standard practice in the mineral trade, but worth understanding before you buy. The most useful habits are simple: ask the seller what, if anything, was done to a piece; prefer sellers who photograph the actual specimen rather than a stock image; and treat very broad locality labels with healthy caution. Our Natural vs Treated Chinese Minerals guide explains what to look for, and How We Source & Verify Localities describes how we photograph each specimen and describe origin conservatively.

Key Terms

Plain-language definitions of the minerals and geology behind Chinese specimens.

Fluorite
Calcium fluoride (CaF₂), a halide mineral and China’s signature collector species — cubic, octahedral, and phantom-zoned crystals in green, purple, and blue from Hunan and Fujian.
Scheelite
Calcium tungstate (CaWO₄), a tungsten ore mineral. Xuebaoding in Sichuan yields the world’s finest gemmy orange octahedra.
Stibnite
Antimony sulfide (Sb₂S₃), forming bladed metallic-grey crystals. Xikuangshan (Lengshuijiang) in Hunan is the world’s largest antimony deposit.
Pyromorphite
A lead chlorophosphate (Pb₅(PO₄)₃Cl). Daoping in Guangxi is the global benchmark for grass-green barrel crystals.
Cinnabar
Mercury sulfide (HgS) — red crystals on dolomite from the historic Wanshan mercury district in Guizhou.
Bastnäsite
A rare-earth fluorocarbonate. Honey-coloured crystals come from the Maoniuping carbonatite in Sichuan.
Skarn
A calc-silicate rock formed where hot fluids alter carbonate rock at an intrusion contact — the source of the Huanggang and Daye ilvaite, hedenbergite, and garnet.
Carbonatite
A rare carbonate-rich igneous rock; host of the Bayan Obo and Maoniuping rare-earth deposits.
Nanling belt
The tungsten–tin metallogenic belt of southern China (Hunan, Jiangxi, Guangdong) — the granite-related source of much Chinese fluorite, wolframite, scheelite, and cassiterite.