Barium tungsten electrode is a high-performance cathode material with tungsten as the matrix and barium added. It is usually prepared by impregnation, where the active barium compound is impregnated into a porous tungsten matrix. Barium tungsten electrode combines the high temperature stability of tungsten with the efficient electron emission ability of barium. It performs well in strong electric fields and high frequency environments and is widely used in lighting, electric vacuum devices, lasers and plasma equipment, such as high-intensity gas discharge lamps, xenon flash lamps, radar magnetrons, satellite communication traveling wave tubes, medical accelerators, etc.

Cut-resistant tungsten wire is a high-performance metal wire with tungsten as the main component. It has the high hardness, high strength and high temperature resistance of tungsten. It is strengthened by adding rare earth elements such as rhenium or carbides, which significantly improves its wear resistance and mechanical cutting resistance. Cut-resistant tungsten wire is not easy to break during repeated cutting or friction. It is widely used in EDM electrode wire, anti-cutting gloves, photovoltaic silicon wafer cutting and other scenarios, especially suitable for high temperature and high stress industrial environments.

According to 'GB/T 3648-2024 Ferrotungsten', the physical state standard of ferrotungsten is: ferrotungsten is delivered in block form, with a particle size range of 10mm-130mm, and the amount of particles smaller than 10mm×10mm should not exceed 5% of the total batch. If the purchaser has special requirements for the particle size, the supply and demand parties shall negotiate separately. There should be no visually visible non-metallic inclusions on the surface of ferrotungsten.

According to 'GB/T 3648-2024 Ferrotungsten', ferrotungsten is divided into four grades: FeW80-A, FeW80-B, FeW80-C, and FeW70 according to the different tungsten and impurity contents. The tungsten content of FeW80 is 75-85%, and the tungsten content of FeW70 is 65-75%. Ferrotungsten is based on 70% tungsten content.

In February 2025, China’s exported of molybdenum products totaled 2,979.07 tons, reflecting a year-on-year increase of 7.68%.

In January 2025, China’s exports of molybdenum products totaled 3,532.38 tons, reflecting a year-on-year decrease of 2.77%.

In February 2025, China’s imports of molybdenum products totaled 6,507.13 tons, a year-on-year increase of 39.69%.

In January 2025, China’s imports of molybdenum products reached 7,268.66 tons, a year-on-year increase of 8.29%.

In January 2025, China’s imports of tungsten products totaled 1,326.25 tons, a year-on-year decrease of 0.99%. Among these, imports of tungsten powder amounted to 2,596 kilograms, down 51.97% year-on-year; tungsten wire imports reached 360 kilograms, decreasing by 55.00% year-on-year; sodium tungstate imports stood at 236.94 tons, reflecting a decline of 22.74% year-on-year; tungsten carbide imports dropped to 2,255 kilograms, a significant decrease of 78.74% year-on-year; and tungsten trioxide imports were 39 kilograms, plummeting by 97.83% year-on-year.

In January 2025, China’s exports of tungsten products totaled 1,854.29 tons, a year-on-year increase of 20.22%. Among these, exports of tungsten powder reached 177.74 tons, up 63.95% year-on-year; tungsten wire exports amounted to 37.57 tons, increasing by 17.64% year-on-year; tungsten carbide exports dropped to 253.03 tons, down 34.90% year-on-year; tungsten trioxide exports stood at 290.48 tons, reflecting a rise of 59.55% year-on-year; and ammonium paratungstate exports were 102.50 tons, surging by 100.98% year-on-year.