As a leader in tungsten and molybdenum, new energy materials, and rare earths industry, Xiamen Tungsten Co., Ltd (XTC) has based on innovation to establish a three-stage stereoscopic R&D organization, perfecting talent cultivation and incentive system, becoming the world's largest industrial chain of tungsten materials, the largest domestic lithium-ion cathode material and the world's most potential enterprise of rare earth deep processing and application.

To help discover and develop reserves of minerals such as tungsten, cobalt, lithium, copper and rare earth that used to make electric vehicles, part of an effort to cut the world’s reliance on China for the high-tech materials. The United States said nine countries have joined the US Strategic Minerals Initiative The countries include Australia, Botswana, Peru, Argentina, Brazil, the Democratic Republic of the Congo, Namibia, the Philippines, and Zambia. The resource reserves in each country are respectively as follows:

Via using tungsten and molybdenum as substitutes for warheads, scientists at the Massachusetts Institute of Technology (MIT) have figured out a way for verifying nuclear warheads. The completion of their work by nuclear weapons inspectors can also encourage nuclear-monitoring countries to undergo inspections, thereby achieving the goal of reducing the number of nukes in the world.

Rare earths, which are known as "industrial gold", have always been an integral part of modern life. Recently, the US President Donald Trump and Canada Prime Minister Justin Trudeau have discussed the need to ensure reliable supplies of critical metals and minerals, a market currently dominated by China.

Using rare earth substitution method to prepare iron-based compounds has been used in superconductivity research. The iron-based superconductors are superconducting hybrid materials in which iron elements play a leading role. Iron-based superconductors are the second high-temperature superconducting system of concern after copper-based superconductors. The research on it is the hottest field of superconducting physics and China has played a key role in the development of this field globally.

According to Xinhua News Agency reported on July 1st, recently, the intermediate people's Court of the municipal government of the city of Liaoning Province held a public hearing on the case of the defendant unit, 4 companies of Pan Asian Nonferrous Metals Exchange, Dan Jiuliang, 21 other defendants suspected of illegal deposits from the public, and Dan Jiuliang and Yang Guohong suspected of embezzlement.

Baotou Rare Earth Research and Development Center of the Chinese Academy of Sciences' research workers are stationed in the front line of scientific research, using "hard core" technology to fuel industry development in Inner Mongolia. Using scientific and technological strength to turn every "impossible" into "possible" - President Xi's important speech at the celebration of the 70th anniversary of the founding of the People's Republic of China caused strong repercussions in the scientific and technological circles across the motherland.

The tungsten alloy armor-piercing projectiles equipped ZTZ-99 tank showed at the military parade of the National Day. It also known as the 99-type main battle tank, the 99-type tank of the engineering code name WZ-123 is the latest main battle tank of Ground Force of the People's Liberation Army of China.

Tungsten diselenide nanosheet is a kind of graphene-like two-dimensional material. Its main structure is composed of a layer of selenium atoms from top to bottom connected with a layer of tungsten atoms from the middle. This material is becoming a research hotspot in the scientific community. Because scientists have found that the structure of atomic-level thin (2-D) tungsten diselenide material has a spontaneous circular rotation, i.e. pseudospin.

Xiamen Tungsten Co., Ltd (XTC) has built a relatively complete rare earth industrial chain in recent years, and Xiamen city has achieved rapid development in terms of scale, technology level and innovation capability of the new materials industry. There are more than 360 new materials companies cluster here and has formed the industrial pattern of special metal, functional materials, photoelectric information materials, advanced polymers, and composite materials, with a production value of 88.878 billion yuan, a growth rate of 14.84% in 2018.