Tungsten Alloy Shield

tungsten alloy shield picture

Tungsten alloy shield is widely used in medical industry and nuclear industry because of its excellent radiation shielding ability. Despite the development of science and technology and the continuous improvement of people's modern living standards, it is inevitable that some radiation problems will be encountered in life, causing people to pay special attention to the safety and protection of radiation.

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Tungsten Alloy Automobile Counterweight

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Tungsten Alloy Automobile Counterweight can adjust the center of gravity of chassis when it is used in automobile, and make the center of gravity close to the ground, so that the automobile body can resist the ascending airflow of air resistance and keep running smoothly during high-speed driving. This greatly improves the maneuverability of the automobile and the sensitivity of the control mechanism.

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Tungsten Trioxide Ceramics

tungsten trioxide ceramics picture

Tungsten Trioxide ceramics are a metal cermet, which means that people add a certain proportion of Tungsten Trioxide into the clay for making ceramics to make ceramics with the advantages of high temperature resistance and non-friability. Compared with traditional ceramics, it not only retains the original advantages, but also increases the high temperature resistance, chemical corrosion resistance, good thermal conductivity and other advantages of tungsten.

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Tungsten Trioxide & Battery

tungsten trioxide picture

Tungsten Trioxide (WO3), as an N-type semiconductor material with good mechanical stability, photoelectric effect and electrochromic characteristics, is favored in the field of energy storage and used by researchers at home and abroad to replace cobalt in lithium-ion batteries.

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Hexagonal Tungsten Trioxide

tungsten trioxide picture

Tungsten Trioxide (WO3) has different morphologies and structures at different temperatures. WO3 has at least five structural phase transitions between -40 and 740 degrees Celsius, and the hexagonal phase is a stable morphological structure between 200 and 400 degrees Celsius.

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