Superconductor testing
Superconducting materials conduct electricity with zero electrical resistance and enable stable magnetic levitation when cooled below their critical temperature.
With access to high-field installations (resistive magnets up to 37 T), we offer several measurements for confirming materials' superconductivity under extreme temperature, magnetic field, and pressure conditions, including the following:
Critical current density at 4.2 K in fields up to 15 T
Magnetization from 2–300 K in fields up to 9 T
Critical temperature (Tc) by transport or magnetization
Thermal expansion from 4.2–300 K
Thermal conductivity and specific heat capacity from 2–300 K
Critical current vs. strain at 77 K
Tensile testing at 4.2 or 77 K with forces up to 500 kN
Fatigue testing at 4.2 or 77 K
Fracture toughness at 4.2 or 77 K
These measurements support the functional characterization of materials such as high-temperature superconductor (HTS) wires, tapes, and coils, superconducting thin films, low-temperature superconducting cables and conductors, and components for superconducting magnets.
Please contact us for more information and to request a quote.
- Suitable sample matrices
- Low- and high-temperature superconducting components and correlated systems
- Available quality systems
- Measurlabs validated method
- Method expert
- Parisa Talebi
Questions? We're happy to help.
Questions? We're happy to help.
Business hours: Mon–Fri 9 AM – 5 PM Finnish time (EST/EEST)
Other tests we offer
Dielectric strength of plastics
XRR of thin films or coatings
AFM surface imaging
Ultrapure water testing
RBS measurement
VPD ICP-MS
X-ray photoelectron spectroscopy (XPS)
Mechanical shock testing
GI-XRD of thin films
X-ray computed tomography (micro and nano CT scan)
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Have questions or need help? Email us at info@measurlabs.com or call our sales team.