Thermoelectric evaluation Product list
We offer systems to measure Seebeck coefficient, resistivity, and thermal conductivity, and thermal expansion of samples with taking into account the measurement direction of samples (in-plane or thickness direction), and evaluate thermoelectric properties of magnetic materials in a magnetic field. In addition, we offer systems to evaluate thermoelectric modules with measuring the power generation, heat flow, and conversion-efficiency, and cycle-durability. We also provide evaluation system for Peltier elements.
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AC Method Thermal Diffusivity Measurement System LaserPITThermal conductivity evaluation in-plane direction of films, thin sheets and thin films etc. This system can measure thermal diffusivity of sheet materials in-plane direction by scanning laser heating AC method (Angstrom method). About high thermal conducting films, sub-micron thin films can also be measurable.
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Steady Method Thermal Conductivity Measurement System GH seriesThermal conductivity evaluations of polymers and glass A heat-flow method Steady Method Thermal Conductivity Measurement System that complies with the US ASTM E1530 standard. This system measures comparatively low-thermal conductivity materials over a temperature range of 50 to 280°C.
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Arc Plasma Source APS-1Simultaneous deposition of different “targets” By adding this source to APD series or your vacuum chamber, different “targets” can be deposited simultaneously and materials with new characters can be produced.
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Arc-Plasma method nano-particle Deposition System APD seriesNew nanoparticle deposition system using pulse vacuum arc discharge Pulse vacuum arc deposition is a unique technique to deposit ultrathin films and nanoparticles by generating metal ions in a simple process. This system can achieve high in terms of film flatness and particle fineness, which is impossible with other systems.