The tape produced on the PZPS is used as a substrate for second-generation high-temperature superconductors

We are pleased to announce that the tape produced at PZPS has been successfully used as a substrate for second-generation high-temperature superconductors (VTSP-2). This is a significant achievement in materials science and technology, which underscores our leadership and innovative potential.

VTSP-2: what is it

Second-generation high-temperature superconductors (VTSP-2) are materials capable of conducting electric current with minimal resistance at temperatures above -243°C. These complex compounds were discovered in 1986, marking significant progress in physics and materials science. Since then, scientists have been actively studying these materials and trying to improve their properties.

Features and applications of VTSP-2

VTSP-2 differs from traditional low-temperature superconductors by their ability to operate at higher temperatures, which makes them much more practical for use in various devices and systems. They are widely used in creating powerful electromagnets for particle accelerators, magnetic resonance tomographs, as well as in developing new types of electric motors and generators.

However, despite all the advantages, VTSP-2 is still under development and requires further study and improvement. Scientists are working to improve their stability, strength and other characteristics to make them more affordable and effective for a wide range of applications.

Currently, studies are underway to improve the properties of VTSP-2, for example, increasing the critical temperature, improving mechanical strength and plasticity. These studies are aimed at expanding the possibilities of using VTSP-2 in various areas, such as energy, transportation, medicine and others.

Advantages of using heat-resistant materials as substrates

Heat-resistant and heat-resistant materials are used for the production of VTSP-2 substrates for several reasons:

• high processing temperature — our belts withstand the high temperatures and pressures required for the synthesis and processing of VTSP-2;
• corrosion resistance — at high temperatures VTSP-2 can be sensitive to oxidation and corrosion, while using heat-resistant materials help prevent the destruction of superconducting layers;
• mechanical strength — our belts provide the necessary strength and stability of VTSP-2, especially under conditions of high temperatures and increased mechanical loads;
• compatibility with other materials — heat-resistant alloys guarantee compatibility with various components used in the production of VTSP-2 (additional substrates, electrodes, etc.) and prevent undesirable reactions;
• durability — the use of our belts increases the service life of VTSP-2, which is important for their practical use.

In general, the use of heat-resistant materials in the production of VTSP-2 ensures the reliability, durability and efficiency of superconductors operating at high temperatures and under difficult operating conditions.

Development of technology and production of tape for PZPS substrates

PZPS has developed and implemented a technology for the production of heat-resistant and heat-resistant tapessimilar to foreign Inconel 625, Inconel 718 and Inconel C-276 alloys. After successfully creating a pilot batch of 0.1 mm thick tape with a high surface finish, we plan to switch to the production of industrial batches of products. This technological breakthrough was made possible thanks to work research center, which operates at our plant and conducts extensive research and development in the field of modern materials.

The work of the research center

The PZPS Research Center is engaged research new trends in metallurgy and the improvement of technological processes. We fund innovative ideas and actively involve young professionals, teams and companies in cooperation. The main activities of the center include:

• development and implementation of modern technological processes;
• study and analysis of new materials and their properties;
• implementation of promising innovative projects;
• attracting and developing young professionals and research teams.

We invite all interested enterprises and organizations, as well as startups and young professionals, to cooperate! We are open to new partnerships and are ready to provide high-quality materials and technological solutions for your projects. Contact us to discuss opportunities for cooperation and launch joint projects. We are confident that our cooperation will bring significant benefits and will become the basis for new achievements and innovations.

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