In the journey of human beings to pursue light, every breakthrough in materials science is like a beacon, illuminating the road of technological evolution. Barium tungsten electrode, an innovative material that combines the toughness of tungsten with the activity of barium, is reshaping the pattern of modern lighting technology. From urban roads to operating table shadowless lamps, from Hollywood studios to stadiums, barium tungsten electrodes have become the key force to light up the future vision with their unique physical properties.

Tungsten crucibles operating in high-temperature environments must have good thermal stability and thermomechanical compatibility, especially when used with other structural materials (such as graphite, ceramic, quartz glass), and its coefficient of thermal expansion (CTE) becomes a key factor in the design and use process.

to have high heat resistance, evaporation resistance and structural stability. With its unique properties, tungsten crucible plays an irreplaceable role in high-temperature precision processes including aerospace, semiconductors, special alloys, rare earth metallurgy, etc.

As an important refractory metal product in the field of high temperature, tungsten crucible plays a key role in the fields of metallurgy, semiconductor, aerospace and nuclear energy. In order to ensure its reliability and safety in extreme environments, it is particularly important to test and analyze the mechanical properties of the system.