At present, tungsten trioxide has been used in many aspects of daily life, such as the manufacture of X-ray phosphors, refractories and gas sensors. In addition, tungsten trioxide has an important application field, namely photocatalytic degradation materials.

Ultrafine cemented carbide is a tool material developed in recent years. It is mainly based on ultrafine tungsten carbide powder and adds appropriate binder (such as Co) and grain growth inhibitor to produce high hardness, high wear resistance and high toughness cemented carbide material. Its performance is higher than conventional cemented carbide. It is used in hard-to-machine metal materials tools, micro-drills in electronic industry, precision dies and dies. Medical dental drills and other fields have shown more and more extensive application prospects.

Magnetron is currently the most efficient microwave device, and it has a huge application market in the fields of civil heating and radiology. In recent years, with the rapid growth of microwave application markets such as radiology and container inspection, magnetrons continue to develop in the direction of high power, high frequency, miniaturization and low cost.

Electrochromism refers to a stable and reversible change in the color or transmittance of a material under the action of an applied voltage or electric field. At present, electrochromic materials are considered to be one of the most promising smart materials, and it is expected to have great potential application value, such as smart window, automobile anti-glare rearview mirror and electrochromic display.

There are three main types of tungsten disulfide catalysts that have high chemical activity. They are hydrogenation active catalyst, non-polar functional material catalyst and photocatalyst. Tungsten Disulfide Catalysts have high application value in petroleum industry and other important fields.

Nano tungsten disulfide can be processed by ball mill. This is a simple and low-cost method while the precision and size of nano tungsten disulfide are uncontrollable during the processing.

Biscuit shaped nano tungsten disulfide can be prepared by calcining tungsten powder, sulfur powder and K₂HPO₄ salt at the temperature of 500°C. This method is simple, low-cost and suitable for mass production.

A new kind of grease with good lubricating performance is formed by adding tungsten disulfide to lithium base grease, which is a simple and time-saving preparation method.

Tungsten disulfide is added to lithium base grease to form a new kind of grease that has good colloid performance and friction performance. It is an ideal lubricating material, which can effectively reduce the friction loss.

Supercritical carbon dioxide solvent is used to assist the extraction of tungsten disulfide and obtain less layers or single layer of tungsten disulfide. The extraction process is safe and free of pollution, which provides a reference for the preparation of other layered materials.