Metals and steel Product list
We offer various products which meet your demands for various metal materials and composite metal material evaluation ① Heat treatment by rapid heating control (quenching/tempering/annealing), visualization of brazing, thermal fatigue test, thermal cycle test, and crystal transformation ② Wettability evaluation ③ Thermal expansion measurement of cast/composite bonded metal ④ Electrical resistance measurement ⑤ Thermal resistance measurement of composite metal/laminate ⑥ Thermal conduction measurement ⑦ Alloying of different metals etc,
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High Temperature Observation System TMS seriesVivid observations with image heating and the latest optical system Capable of observations of the crystal transformation, deposition, and solidification of metallic materials, capable of observations of the molten state and deposits of various materials, and capable of thermal cycle measurements of polymer materials from crystals → molten → re-solidification
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Micro-Indentation Tester μIT-1With pressing a conical indenter against a small sample, creep behavior can be measured under high temperature. With the Micro-Indentation Tester based on new principles, this system does not require large samples like past systems.
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Lateral Vibration Internal Friction Measurement System IFT seriesQuantitative analysis of carbon and nitrogen in steel and iron This system measures the internal friction of steel and iron by the free vibration decay method.
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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.
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Hight Temperature Wettability Evaluation System by Contact Angle at the Solid-Liquid Interface WET-1200Capable of precise observations of substrate and ingot wettability This system has been commercialized as a compact, low-cost high-temperature wettability test/contact angle measurement system based on the wettability test/contact angle measurement system delivered to the Japan Aerospace Exploration Agency in 1993. This system can perform measurements by the static drop method. The extruded liquid drop method is also available(optional).