Technical Service

While mass-producing high-temperature superconducting tapes in various specifications, Shanghai Superconductor has further expanded its service offerings to include customized solutions. These customized services are designed to better meet the unique needs of different customers in specific application scenarios. By precisely tailoring product specifications and performance parameters, we provide targeted superconducting tapes and supporting services for research, industrial, and other fields. We have a team of professional technicians who can offer full-process technical support to customers, from solution design to product delivery.

Customized High-Performance Superconducting Tapes

Shanghai Superconductor is committed to pushing the limits of superconducting tape performance through continuous R&D efforts, maintaining its international leadership position. We are also gradually transforming customized products into mass-produced items to meet the needs of various application fields and to achieve research and development breakthroughs that set new world records.

The performance of our current customized high-performance superconducting tapes under high magnetic field conditions reaches a current density of 3800 A/mm² (4.2 K, 12 T, tested by Japan's KEK Institute).

Source: Superconducting properties of commercial REBCO-coated conductors with artificial pinning centers (Kiyosumi Tsuchiya et al 2021 Supercond. Sci. Technol. 34 105005)

Customized Laser Slitting Superconducting Tapes

Highly controllable laser slitting technology is an advanced slitting technology for HTS materials. It offers advantages such as high slitting precision, high slitting quality, high efficiency and controllability. This technology ensures the overall flatness and smoothness of the slit edges of the tape, effectively controlling the extension of slit cracks in HTS tapes.

Customized Superconducting Tape of Copper-Silver Alloy Lamination

Copper-silver alloy lamination technology is a method that uses copper-silver alloy to laminate superconducting tapes. It significantly enhances the tapes’ mechanical properties while slightly reducing the electrical performance of the tape.