Experience experiments under a maximum temperature of 1800℃ and atmospheric control environment [High-Temperature Request Measurement].
IR Series
Demonstration using the IR series high-temperature observation furnace ≪Heating/Atmosphere Control/Oxidation Experiment≫ Metals/Filler Materials/Ceramics/Solder/Glass, etc.
▼Key Points▼ 1. Insights for investigating and clarifying the causes of issues during the heating process can be obtained. 2. Useful for analyzing the mechanisms of material reactions and behaviors at high temperatures. 3. Changes under various temperature controls, such as rapid heating and rapid cooling, can be confirmed. ▮What is the IR Series? It is a furnace that can heat by efficiently focusing infrared rays emitted from a near-infrared lamp, which are reflected by the gold plating on the furnace walls, onto the heating area in the center of the furnace. (For details, please visit the IR image furnace feature page.) ▮Examples of Test Subjects Metals / Filler materials / Ceramics / Solder / Glass, etc. ▮Examples of Conducted Tests Heating / Atmosphere manipulation / Oxidation experiments, etc. ▮Examples of Utilization High-temperature heat treatment / Video confirmation of behavior during firing (microscopic level) For research and development, troubleshooting, and yield improvement. *Tests involving heating only are also accepted. The experimental temperature may vary depending on the heat capacity of the test specimen.* *There may be variations depending on sample size and test conditions.* Other experimental examples are also available on the official YouTube channel!
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basic information
This measurement allows you to experience high-temperature observation using the demo unit of our IR series that we sell. The furnace of the IR series has a sealed structure, enabling operation in an atmosphere-controlled environment. In the case of the IR-18SP, it can reach a maximum temperature of 1700°C. You can check videos of actual experiments and test programs to capture changes in the test subjects in real-time. Please note that since the equipment used is a demo unit, we may not be able to accommodate certain requests, so please contact us for details. The thermal capacity of the test specimen may cause fluctuations. ▮ Equipment Specifications Heating Temperature: MAX 1700°C Heating Rate: 50°C/sec Temperature Accuracy: Within ±1°C Atmosphere: In air, in vacuum, gas flow Sample Size: Please consult us Observation Magnification: Macro to approximately 1000 times ▮ High-Temperature Observation Examples Metals: Melting/Phase Transition/Powder Metallurgy Processes Filler Materials: Melting Behavior Ceramics: Sintering/Microcrack Generation Solder: Melting/Wettability Glass: Melting/Recrystallization
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Applications/Examples of results
Various manufacturers, universities, research institutes, etc.
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Company information
Mikyo Manufacturing provides a comprehensive production system that develops, designs, manufactures, and supports testing machines and measurement devices tailored to the objectives and applications of customers in fields such as material research and development, as well as in accordance with material testing standards and methods. The testing machines that respond to requests from various major manufacturers and research institutions are mostly customized products. When measuring the durability of new materials, we offer completely made-to-order solutions. We also pay attention to the "usability," which varies depending on the installation location and users, and we make adjustments to ensure that each testing machine is optimized for our customers.