Magnetic material Product list
For magnetic materials of powder materials and bulk materials, we follow with calcination, grinding, granulation, high-temperature sintering after compression molding, electrical resistance, thermal conductivity, thermal expansion and Curie point measurement for thermal property evaluation, etc.
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Infrared Lamp Heating System QHC series/Variable Atmosphere Lamp Heating System VHC seriesHelping process development From solar cells to compound semiconductors. Combining an Infrared Gold Image Furnace and temperature controller, the QHC/VHC series is a compact high speed heating/ cooling system equipped with a quartz heat treatment chamber. The system is customizable to your needs.
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Spot Focused Infrared Gold Image Furnace System seriesHeating up to 1800°C in just 1 min. For ultra-high temperature vacuum heat treatment MIRO series is a compact spot focused Gold Image Furnace which enables to heat up to 1800°C with extremely high reflection efficiency in combination with single or double type chambers.
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Rapid Heating / Water Quenching System CAS-59AQRapid heating and quenching of materials This system is capable of water quench after heating. The maximum temperature is 1800°C under various atmospheres.
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High Temperature Rapid Thermal Annealing System HT-RTA59HDHeating a small piece of sample up to 1800°C just in 10 seconds. HT-RTA59HD is a desktop-type lamp annealing system which enables a small piece of sample to heat up to 1800°C (Ultrahigh temperature zone) just in 10 seconds with high reflection efficiency by spot focused heating.
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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.