Comprehensive Customized Measurement Solution

We  provide comprehensive cryogenic measurement solutions, which are suitable for all the cryogenic and strong magnetic field platforms on the market.  Products involve all the cryogeic physical properties measurement such as  Dielectric/Ferroelectric,  MES,  Heat-transport, thermoelectricity, FMR. And we provide customized service.

The company provides professional measurement solutions. In addition to the following comprehensive standardized products, it can also be customized according to customer requirements.

Magnetic Dielectric&Pyroelectric Measurement

Cryogenic magnetic dielectric and magnetic interpretation of electricity and pyroelectric is an important means of characterization of magnetoelectric multiferroic materials coupling effect.
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High Precision Electrical Transport Measurement

Electric transport test can be completed including resistance testing, Hall test, I-V curve test, critical current test and so on.
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Dielectric and Ferroelectric Measurement

Dielectric constant and ferroelectric polarization are important physical properties of dielectric and ferroelectric materials respectively.
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Heat Transport Measurement

The measurement of thermal conductivity and thermal potential share the same test module. The static method is adopted, which has the highest measurement accuracy.
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Rotaty Sample Probe

This product provides a general rotation angle scheme in the environment of low temperature and strong magnetic field, which is used to automate the measurement process and minimize the return difference.
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Specific Heat Measurement

The specific heat test module has compact design, high measurement accuracy, and can rotate in the magnetic field.
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MES

Magnetoelectric coupling coefficient is the most direct way to characterize the magnetoelectric coupling effect of multiferroic materials.
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FMR

In addition to directly observing the ferromagnetic resonance absorption peak of materials, ferromagnetic resonance can also measure the inverse spin Hall effect.
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Point Contact Measurement

The point contact sample probe can measure the superconducting critical current.
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Cryogenic Piezomotor

Outgassing
Ultra-high Vacuum

Temperature
1.4 K

Magnetic Field
16 Tesla

Control
Closed-loop

Materials
Ti & BeCu

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Contact us

Welcome to communicate with us at any time by message, telephone, e-mail or face-to-face!

  • (+86) 186 1027 8097

  • 186 1027 8097

  • congjunzhuang@multi-field.com

  • Building 2, Nonferrous Metals New Materials Science Park, Huairou Science City, Huairou District, Beijing