Tungsten alloy shock absorber, also known as tungsten alloy buffer, has high wear resistance, impact resistance, high temperature resistance and many other characteristics, so that it is mainly applied for military aircraft such as fighter, bomber, air early warning (AEW), and transport aircraft.

Tungsten disulfide solid lubricant coating is a lubricating coating prepared using tungsten disulfide nano powder (WS2 nano powder) as a lubricating additive. Such a lubricant coating has a wide application as it has functions of lubrication, wear resistance, temperature resistance, weather resistance, corrosion resistance, and extreme pressure resistance. And a dense film can be formed on the surface of the workpiece by spraying, roller coating, dip coating, brush coating, blade coating, etc.

Hydrogenation catalytic property of tungsten disulfide nanosheet is good. It is reported that tungsten disulfide nanosheets have better hydrogenation catalytic property than those of molybdenum disulfide powders. Therefore, WS2 nanosheets are often used as an electrochemical catalyst for hydrogen production.

Tungsten disulfide nanosheet applied for perovskite solar cell is a new type of inorganic hole transport layer material. WS2 nanomaterial is a nanostructured material with unique optical, electrical and mechanical properties. It has the advantages of small density and large specific surface area, and has potential application prospects in the fields of catalysis and energy storage.

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As a typical representative of super hard materials, tungsten carbide is called "industrial teeth", and its excellent wear resistance is a high-quality embodiment of long-term use.

Toshiba Materials exhibited a lithium-ion battery that uses violet tungsten oxide as a negative electrode material and can achieve ultra-fast charging. This battery has applications ranging from automobiles, micro/light hybrid trains, elevators, uninterruptible power supply UPS to high current power supply. The application advantages are obvious and the coverage is wide.

Yellow tungsten oxide, more precisely, hexagonal tungsten trioxide (h-WO3), can be used to prepare a new gas sensor of high sensitivity and low power consumption. The prepared high-performance gas sensor has excellent sensitivity to toxic and harmful gases in the environment, such as CO, NOx, NH3, and H2S. Therefore, researchers have conducted extensive and in-depth research on various h-WO3 gas sensors.

Yellow tungsten oxide, or tungsten trioxide (WO3), can be used for flame retardant modification of wool fabric. Specifically, the researchers used WO3 sol instead of WO3 powder to flame retard the wool fabric.

Yellow tungsten oxide, or tungsten trioxide, is an important component in the preparation of new radiation-proof glove. According to the researchers, a new type of radiation protection material (It is lead-free to avoid lead hazard.) containing nano tungsten trioxide should be prepared at first. This new type of radiation protection material includes the following components by weight: nano tungsten trioxide: 3-10%; lanthanum trioxide: 3-10%; aluminum fluoride: 20-35%; nano bismuth trioxide: 55-73%; fullerol nanoparticles: 1-2%.