Yellow tungsten oxide warm fabric not only has the advantages common to general warm fabrics, such as good air permeability, resilience, laminate, non-fading and warmth, also it has anti-radiation,wear-resistant, anti-static, anti-corrosion, and It is good for the body. These advantages are mainly determined by the nature of the nano yellow tungsten oxide. Among them, the physical properties of nano particle size yellow tungsten oxide: density is 7.16g/cm3; melting point is 1473°C; boiling point is 1700°C; good stability, high hardness, wear resistance, electrical conductivity and thermal conductivity; insoluble in water and Other organic acids other than hydrofluoricacid acid (HF). Warm fabrics are more comfortable by imitation of warm fabrics with good physical properties.

The nano yellow tungsten oxide warm clothing is a garment with excellent heat storage and heat preservation effect ,which is synthesized by scientists with and the development of science and technology.

Warm fiber can be prepared by using nano yellow tungsten oxide (WO3) as raw material, because nano grain size yellow tungsten oxide has the ability to absorb solar energy, and can convert light energy into far infrared ray, thereby improving its heat storage and warming effect and obtaining energy storage performance. Rays returning to the human body not only can play a role in heat preservation, but also deep into the subcutaneous layer, which can improve metabolism and promote blood circulation, so the fiber is good for your health.

Tungsten Mining has signed an agreement to purchase GWR Group’s Hatches Creek tungsten project, located 375km north-east of Alice Springs in the Northern Territory of Australia.

Ammonium tetrathiotungstate is widely used in the synthesis of the biological nitrogen-fixation enzyme activity center-tungsten iron-sulfur atom cluster compound. 

Recently, with development of nano technology, nano material is commonly used in various field. WO3 as semi-conducting metal oxide, its excellent gas sensitivity and photosensitiveness become researching focus in and abroad.

The excessive use of fossil fuels has caused global temperatures to continue to rise, and the search for new clean energy is becoming imminent. Among the existing emerging energy sources, solar energy has received much attention as an inexhaustible and pollution-free energy source.

Because tungsten carbide and platinum have many similarities in catalysis, tungsten carbide is widely used in catalyst field. Therefore, the preparation of Nanocrystalline Tungsten carbide is increasingly important.

Tungsten vanadium titanium based SCR catalyst is widely used in China's thermal power plant pollution control catalyst. The effective time of the catalyst is 3 years. When the time comes, it needs to be replaced. Then, the hazardous waste catalyst which has been replaced by the professional department can be centralized and the valuable metals such as tungsten, vanadium and titanium can be recovered efficiently and safely without polluting the environment.

Tungsten hexafluoride is a colorless gas at room temperature and its density is the largest among known gases. WF6 has a relative molecular mass of 297.84, and its molecule has a symmetrical regular octahedral structure at room temperature and is diamagnetic. At present, the industry mainly adopts a method in which metal tungsten is directly reacted with fluorine gas or NF₃ to prepare WF₆, and the reaction is usually carried out at a temperature higher than 350 °C.