In the radiology centers of modern hospitals, MRI magnetic resonance imaging equipment is the core equipment for accurate diagnosis and is widely used in key medical scenarios such as tumor screening, neurological detection, and diagnosis of soft tissue lesions. Liquid helium is the only refrigerant that can meet the low-temperature operation requirements of medical superconducting MRI magnets, and has become an indispensable core consumable for MRI equipment by virtue of its extremely low temperature and special quantum physical properties. It can be said that without liquid helium, mainstream clinical MRI equipment will not work properly, and hospitals will be paralyzed in their precise image diagnosis system. In this article, we will analyze the core role of liquid helium in MRI systems.

At a time when the global carbon neutral strategy is in full swing and traditional fossil energy sources are becoming increasingly depleted, nuclear fusion energy is recognized as the ultimate clean energy source for mankind. With the core advantages of abundant raw materials, zero carbon emission and extremely high energy density, it is expected to completely solve the global energy crisis and reshape the global energy landscape. Extreme cryogenic refrigeration technology is the supporting technology for controlled nuclear fusion. In this article, we will analyze the unique physical properties of liquid helium, its core working principle and application scenarios in nuclear fusion reactors.

Industrial gases have gradually been proven to be a key force in reducing carbon emissions. The application of gases such as oxygen, nitrogen, hydrogen and carbon dioxide not only optimizes the process flow, but also plays a crucial role in reducing the carbon footprint.

The global air transportation industry emits more than 900 million tons of carbon per year, accounting for 2% of the carbon emissions from human activities. Liquid hydrogen, as a clean energy source, has become a core solution for aviation decarbonization due to its own characteristics, and Fullcryo provides liquid hydrogen solutions for aerospace development.

Creating very low temperatures is essential for scientific research. Helium refrigerators solve this challenge. Fullcryo offers expert cryogenic solutions to advance leading-edge science worldwide.