High-temperature superconductors are ceramic materials that conduct DC electricity with zero resistance below temperatures of roughly 20–77 K, a far cry above the ~4 K needed by low-temperature superconductors (LTS). This higher operating temperature simplifies cryogenics, letting HTS magnets reach strong fields without the hefty overhead of liquid helium. While Bi-2223 formed the basis for early HTS tapes, many modern designs now harness ReBCO (rare-earth barium copper oxide) for its superior in-field current density and mechanical robustness.
● Needing 150 A or 2 kA CryoSaver™ current leads?
● Automated critical current measurement in your facility?
● High resolution NMR spectroscopy in your chemistry lab?
Trusted Globally
HTS-110’s global client base includes leading national research institutes ALBA, ANL, ANSTO, BNL, CAS, FZJ, HZB, ILL, IMRE, JAXA, LNLS, MSL (NZ), NIST, NUS (SSLS), PAL, RAL, RTRI, TATA, TPS, and TUM (FRMII); tier-one data storage companies; fusion companies, metrology equipment manufacturers; and many universities.
What are High Temperature Superconductors (HTS)?
Key benefits of HTS
- Higher Field Capability: Up to 20 T+ with fewer helium constraints than LTS or copper electromagnets.
- Thermal Stability: Slower quench propagation plus high stability gives ample time for detection and safe shutdown.
- Lower Total Costs: Reduced cooling needs translate to simpler infrastructure and lower ongoing expenses.
- Versatile & Scalable: From compact research magnets to pilot-scale industrial or fusion systems, HTS opens doors not viable with older technologies.
Read about the HTS Cryogen-Free Advantage that underpins our technology here.
Why HTS-110 for your magnet?
We’re a globally respected company solely dedicated to HTS magnet design and manufacture, boasting nearly two decades of experience in coil winding, quench protection, and cryocooler integration. Our engineers work closely with your team to define and implement class-leading, cryogen-free superconducting solutions. Or select from our standard product lines—like CryoSaver™ current leads, CryoForge™ coils, or a full HTS magnet platform—each backed by proven performance in real-world applications.
Applications
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Custom HTS Magnets for any Application
At HTS-110, custom doesn’t mean “risky” or “experimental.” It means leveraging a robust library of validated HTS designs to solve tomorrow’s challenges—faster ramp cycles, higher fields, and minimal helium reliance. Our in-house lab merges decades of R&D with proven product-line elements, ensuring each coil or cryostat is meticulously engineered, tested, and ready for real-world demands.
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High-Resolution NMR and Spectroscopic Techniques
HTS magnets provide essential high-strength, stable fields for advanced spectroscopy. HTS-110 leverages expert engineering for cryogen-free systems, eliminating liquid helium dependence. This transforms techniques like NMR, enabling high-resolution analysis in diverse lab and industrial settings previously inaccessible to traditional superconducting magnets.
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Fusion & Plasma Research
High-Temperature Superconducting (HTS) magnets are a key enabling technology for the future of fusion energy and advanced plasma research. Contributing to the forefront of this innovation, HTS-110 provides advanced, cryogen-free HTS magnet systems, components, and unparalleled HTS expertise.
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Beamline Neutron and X‑ray Techniques
Neutron and X-ray scattering are vital techniques using magnetic fields to probe material structure and dynamics. HTS-110, leveraging expertise like Dr. Taotao Huang's, provides specialised, cryogen-free High-Temperature Superconducting (HTS) magnets engineered specifically for demanding synchrotron and neutron beamline environments worldwide.
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Product Range
Latest news
World-First 12 Tesla All-HTS Magnet for Neutron Science
HTS-110 Announces a New 2.0 T Projected Field HTS Magnet Design
A published review of 400MHz nuclear magnetic resonance spectrometry
Recent Developments of HTS Magnets for Polarized Neutron Scattering
HTS-110 SuperCurrent System
Polarized Neutron Scattering (SANS) Magnet
Kinetic Investigations To Enable Development of a Robust Radical Benzylic Bromination for Commercial Manufacturing of AMG 423 Dihydrochloride Hydrate
HTS-110 CryoSaver Current Leads Video
Polarized neutron diffraction using a novel high Tc superconducting magnet on the single crystal diffractometer POLI at MLZ
Polarized Neutron Scattering Magnet
12 Tesla Split-Coil Magnet System
Bringing a cryogen-free 400 MHz HTS NMR spectrometer into a chemistry lab, a discussion with Maria Silva Elipe
Contract to supply X-Ray Scattering Magnet
Structure elucidation capabilities on typical pharmaceutical drugs by new nuclear magnetic resonance technology: a 400 MHz high-temperature superconducting power-driven magnet NMR system
Performance of new 400-MHz HTS power-driven magnet NMR technology on typical pharmaceutical API
