Tungstate, as a new photocatalyst, has good optical properties and few electron recombination centers. Among them, bismuth tungstate Bi₀WO₆ photocatalyst is the most popular. Bismuth tungstate photocatalyst has good ultraviolet and visible photocatalytic properties. It can utilize both ultraviolet and visible light in sunlight. It has a good application prospect in environmental purification.

Cobalt tungsten carbide powder has high hardness and excellent wear resistance, and is widely used as cutting tools, wear-resistant tools, impact-resistant tools and metal casting materials. Moreover, when WC powder particles are finer, it has higher hardness and wear resistance.

Selective Catalytic Reduction (SCR) flue gas denitrification technology has the advantages of high denitrification efficiency, good selectivity, maturity and reliability. It is widely used in thermal power plants and is the mainstream of denitrification in coal-fired units. The main active components of catalysts used in SCR denitrification are titanium dioxide, V₂O^-, WO₃ and MoO₃, which account for more than 90% of the catalyst composition.

Tungsten disulfide is a typical sandwich layered structure. Because of its relatively weak van der Waals force between layers, it can also be peeled into single or few layers of nanosheets. Tungsten disulfide is considered as another important two-dimensional nanosheet material besides graphene, which has unique physical, chemical and electrical properties.

Tungsten copper blank rod is composed of high purity tungsten powder and copper powder, by isostatic pressing, high temperature sintering, melting refined copper infiltration process.

Tungsten copper W90 rod is composed of 90% W and 10% Cu, its density is up to 16.75g/cm3, hardness reaches more than HB260, the bending strength is 1160MPa, the conductivity is 27%IACS and the softening temperature is more than 900℃.

Tungsten copper W85 rod is composed of 85% W and 15% Cu, its density reaches(15.90g/cm3), hardness more than HB240, electric conductivity is 38%IACS, softening temperature is ≥900℃, thermal conductivity coefficient is between 180-200 (wm/k) and the coefficient of expansion is 7.0-7.5 (10-6k).

W80 tungsten copper rod is composed of 80% W and 20% Cu so that high hardness and melting point characteristics of tungsten is more obvious. Its density is up to 15.15g/cm3, hardness reaches more than HB140, but due to less Cu, conductivity is decreasing to 34%IACS, softening temperature is ≥900℃,the bending strength is 980, the thermal conductivity is 190-210(wm/k) and the coefficient of expansion is 8.0-8.5(10-6K).

W75 tungsten copper rod is composed of 75% W and 25% Cu, which not only has high density (14.50g/cm3), high hardness (≥HB195), high strength, but also has good conductivity (%38IACS), softening temperature is ≥900℃, thermal conductivity coefficient is between 200-230 (wm/k) and the coefficient of expansion is 9.0-9.5 (10-6k).

Tungsten copper W70 rod is composed of 70% W and 30% Cu so that it is harder than W50 and W60 rods. Its density is up to 12.75g/cm3, hardness reaches more than HB140, and conductivity is 47%IACS, softening temperature is ≥900℃ and the bending strength is 790.