Thermal Microscope/TM3 Thin Film, Micro Area Thermal Conductivity Measurement

During the campaign period, we will present a "10% discount voucher for your next use" to those who utilize our services! We have prepared a special service for those who wish to measure the thermal properties of materials, such as thermal diffusivity and thermal conductivity. Accurate and reliable measurement data serves as an important guideline in product development and quality control. Why not enhance your project with our contract services utilizing the specialized thermal property measurement technology of Bethel Hudson Laboratory? <Campaign Overview> ■ Target: Customers who utilize thermal property measurements during the campaign period (conditions apply) ■ Benefit: "10% discount voucher for your next use" ■ Period: Until the end of February 2025 For details and application methods, please check the link below. https://blog.thermal-measurement.info/archives/52279986.html Bethel is fully committed to supporting your research and development through thermal property measurements.

We will introduce three models of the "Thermal Property Measurement Devices" from Bethel Hudson Research Institute in a panel exhibition. The following three models are scheduled for introduction: ◇ Steady-State Thermal Conductivity Measurement Device SS-H40 ◇ ThermoWave Analyzer TA ◇ Thermal Microscope TM3 *——————————————————————* "Japan Society of Mechanical Engineers Thermal Engineering Conference 2024" ・Date: October 5 (Saturday) - 6 (Sunday), 2024 ・Location: KDDI Ishin Hall (Yamaguchi Prefecture) *——————————————————————* For more details, please check the Japan Society of Mechanical Engineers website. https://www.jsme.or.jp/conference/tedconf24/index.html

You will learn the basics of thermal conductivity, the fundamental principles of various thermal conductivity measurement devices, measurement examples, and application cases. 【Basics】Basic knowledge of thermal conductivity measurement and the fundamental principles of thermal conductivity measurement instruments. 【Examples】Differences in measurement methods for thermal conductivity and suitable measurement methods for measurement samples. Introduction of actual measurement cases. 【Applications】Reasons why measurement results differ based on measurement principles, application measurement cases using thermal conductivity measurement technology, and examples of thermal design. <Recommended for> ■ Those who are newly responsible for thermal conductivity measurement. ■ Those considering the introduction of thermal conductivity measurement instruments. ■ Those currently struggling with thermal issues. By solving thermal problems, you can prevent "product troubles caused by heat" in advance, greatly expanding the possibilities for product development. We look forward to the participation of those struggling with thermal issues. <Instructor> Hajime Hatori (Thermo Man) Born in 1972 in Kitami City, Hokkaido. After graduating from the Faculty of Engineering at Ibaraki University, he joined Bethel Co., Ltd. Since then, he has been affiliated with Hudson Research Institute, engaging in research and development centered on thermal property measurement. Utilizing over 20 years of accumulated knowledge and experience in thermal properties, he transforms into Thermo Man and works daily to solve thermal problems. *This seminar will be held online.