Chinese and Russian Scientists Develop Advanced Cold-Resistant Composite Material

Scientists from Russia’s National University of Science and Technology and China’s University of Mining & Technology in Beijing have collaborated to create a groundbreaking composite material capable of withstanding extremely low temperatures, as frigid as -150°C, without losing its mechanical integrity.

The innovative material, a laminar composite synthesized from metal and metallic glass compounds, exhibits remarkable resistance to brittle fractures in ultra-cold environments. Researchers highlight its accessibility, ease of processing, and adaptability. It can be manufactured using traditional welding techniques to combine materials of varying compositions.

This advanced material holds significant potential for industries requiring reliable performance in sub-zero conditions, such as aerospace, low-temperature engineering, and polar exploration. Applications include machine components and structural elements designed for extreme cold environments.

Looking ahead, the research team aims to refine the manufacturing process and optimize the material’s composition to further enhance its mechanical strength and resistance to radiation in low-temperature settings.

Source ECNS