Successful Cases

Hot isostatic pressing process

Hot isostatic pressing (HIP) is a technique for uniformly pressing materials under high temperature and high pressure, and is usually used to improve the compactness and mechanical properties of materials

22

2024

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08

Tungsten plate industry dynamic market demand continues to grow

As an important rare metal material, tungsten plate is widely used in various fields, the market demand continues to grow, and the industry prospects are promising.

23

2024

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08

High-performance materials for a wide range of applications for exploring tungsten plates

High-performance materials for a wide range of applications for exploring tungsten plates

Tungsten plate is a high-performance material with excellent performance and wide application fields. This article will introduce its characteristics and applications.

22

2024

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08

Technology Development Trends of Tungsten Industry

In 2024, the technological development of the tungsten industry showed a trend of diversification. From high-performance alloys to nanotechnology to environmentally friendly processing and additive manufacturing, innovations in tungsten technology are driving the industry to a higher level of technology. These new technologies not only improve the performance and application range of tungsten materials, but also lay the foundation for future scientific and technological progress. With the continuous evolution of technology, the application prospect of tungsten in various high-tech fields will be broader.

16

2024

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08

Overview of Tungsten Market in August

Tungsten, Tungsten market prospects, Tungsten market environment

16

2024

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08

Storage containers and plugging materials

Storage containers and plugging materials

Storage containers and plugging materials: The high density and chemical stability of tungsten-molybdenum alloys enable them to play an important role in the treatment and storage of nuclear waste, including the manufacture of storage containers and plugging materials to ensure the safe storage and disposal of waste.

18

2024

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06

Interior structure of reaction chamber

Interior structure of reaction chamber

Inside the reaction chamber: In nuclear fusion devices (such as ITER), tungsten-molybdenum alloys can be used to manufacture structural components inside the reaction chamber to cope with extreme high temperatures and high-energy particle environments.

18

2024

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06

Radiation shielding material

Radiation shielding material

Radiation shield: Because of its high density and high thermal conductivity, tungsten-molybdenum alloy is also used as a radiation shielding material in the nuclear industry and is used as a radiation shield to protect equipment and personnel from radiation damage.

18

2024

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06

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