Brand Story

Brand Story | UrbanMines: From Urban Mines to Future Materials

We once “mined” from urban waste; today we “refine gold” from the periodic table.Through nearly two decades of transformation, one thing remains unchanged: our pursuit of the essence of materials.

I. Origin: The Birth of an “Urban Mine”

In 2007, in Huizhou, Guangdong, a small factory began recovering copper scrap from the dense 3C precision stamping industry in South China. Through chemical displacement, reduction, separation and purification, it turned waste back into high-purity copper powder.

This was not simple waste recycling. Its concept originated from “urban mining” proposed by Japanese scholars in 1988 — treating discarded industrial products in cities as recyclable “urban mines”. Humanity does not have to take only from nature; cities themselves are the most concentrated resource treasure trove.

This small factory was the predecessor of UrbanMines. The name “UrbanMines” pays tribute to this philosophy: digging new value from urban “waste”.

In the early years, the company focused on the large-scale production of high-purity copper powder and copper alloy powder, and gradually expanded to the export of metal powders such as nickel powder, tungsten powder and molybdenum powder. It was a period of down-to-earth accumulation — we mastered precise control of particle size, purity and oxygen content, and deeply understood the strict global supply chain requirements for “consistency” and “reliability”.

II. Leap: From “Recycling” to “Creating”

2012 marked an important turning point. The company established industry-university-research strategic cooperation with the school of materials science of a well-known university in Guangzhou, and entered the field of high-purity battery-grade compounds. This meant UrbanMines was no longer just a recycler “turning waste into wealth”, but began to actively design and synthesize inorganic materials with specific functions.

In the following decade, the company’s technological landscape continued to expand: from rare metal compounds (lithium, cesium, strontium salts) to rare earth fine compounds (lanthanum, cerium, neodymium oxides and high-purity single rare earth solutions), and in 2020, conquered the core process of high-purity crystalline boron with a team from a prestigious Hong Kong university and realized industrialization through technology investment — a landmark node in the leap from “production-oriented” to “technology-driven”.

By 2024, the company had built an OEM customization system covering more than ten high-purity metal compounds including vanadium, titanium, tantalum, niobium, hafnium and indium. In 2026, the shareholders approved a comprehensive strategic upgrade, focusing on high-end manufacturing fields such as semiconductors, aerospace, nuclear energy, new energy and 3D printing, and building three core product matrices: special alloy spherical powders, high-purity electronic-grade metal powders, and core-shell composite conductive powders.

At this point, UrbanMines completed the transformation from an “urban miner” to a “definer of advanced functional materials”

III. Foundation: Not “Abandoning the Past”, but “Reinterpreting It”

Some ask: you no longer engage in scrap copper recycling, why keep the name “UrbanMines”?

The answer lies in our cultural DNA. “Mines” has never meant mineral deposits themselves, but the attitude and ability to “dig”. In the early years, we dug resources from urban waste; today we dig performance limits from the periodic table. Back then we purified metals through processes; now we create functions through molecular design. What has changed is the depth of technology; what remains unchanged is our persistent exploration of the essence of materials.

This “miner” DNA makes us understand resource efficiency better than pure chemical synthesis enterprises, and precision control better than traditional metallurgical enterprises. We cherish the stability of each batch as we cherished every gram of recycled copper back then — this is not only an engineering issue, but also a matter of responsibility.

IV. Engine: In-Depth Industry-University-Research Integration

UrbanMines’ core competitiveness is rooted in long-term collaborative innovation with top material science teams from Hong Kong and mainland universities. We have established a seamless mechanism from laboratory to pilot test to industrialization: university teams take charge of cutting-edge exploration, UrbanMines Technology Center completes process scaling-up, and shareholding or in-depth cooperative production bases undertake large-scale manufacturing.

This model enables rapid technology transformation in segmented fields such as high-purity crystalline boron, core-shell composite powders and ultra-fine rare earth oxides. Customers receive not only products, but material solutions verified by both academic rigor and industrial reliability.

V. Mission and Future

The global high-end manufacturing industry is undergoing a profound material revolution. UrbanMines’ mission is to provide global customers with customizable, verifiable and stably deliverable advanced functional materials, based on China’s complete industrial chain advantages and driven by world-leading industry-university-research capabilities. We are not satisfied with the label of “cost performance”, but strive to become a trustworthy long-term technology partner in the high-end manufacturing supply chain.

Looking ahead, we will deepen the functional development of high-purity rare metals and rare earth compounds, improve the product portfolio of spherical alloys and core-shell composite powders, and upgrade the early recycling concept into sustainable practices of “low-carbon manufacturing” and “by-product resource utilization”.

The best brand stories are always unfolding. UrbanMines will not stay in the “past mines”, but will keep digging into the next frontier of materials.

From urban mines to future materials.We keep digging.