[On-site Seminar] Seminar on Thermal Conductivity Measurement ◇ Held at your desired location

The "Fundamentals of Thermal Conductivity and Measurement Methods/Case Studies" seminar hosted by Nikkan Kogyo Shimbun will be held soon! In manufacturing and development, thermal issues in electronic devices and materials cannot be avoided. To solve these problems, it is essential to accurately understand the "thermal conductivity" of components and materials and to carry out appropriate thermal design. This seminar will cover the various types of thermal conductive materials used in electronic devices, detailing their measurement methods and specific case studies. By understanding the characteristics and advantages of various thermal conductivity measurement methods, participants will develop the skills to select the optimal method according to the situation. Additionally, actual measurement case studies of thermal conductivity will be introduced, providing knowledge directly applicable to product development and quality control. This seminar is recommended for those who want to acquire advanced thermal property measurement techniques to improve the performance of electronic products and prevent issues. <Knowledge to be Acquired> ◇ Basic knowledge of thermal conductivity ◇ Principles of thermal conductivity measurement instruments ◇ Differences in thermal conductivity measurement methods (which instruments to use for which types of samples) Please click the [Details & Registration] button below to apply.

We have added a product service page for measuring the thermal conductivity of thermal pads. What is a thermal pad... It is a type of TIM (Thermal Interface Material) primarily used for heat dissipation of CPUs and power devices. Due to its flexibility and relatively high thermal conductivity, it effectively reduces contact thermal resistance by filling the gaps between the heat sink and the device. If you want to know the correct method for measuring thermal conductivity, click here: https://www.ipros.jp/product/detail/2001474929

Today, Apple's "iPhone 16 series" is being released in Japan. Inside the iPhone, a "graphite sheet" is used for heat dissipation, utilizing its high thermal conductivity to release heat generated within the device. Our "Thermo Wave Analyzer TA" is an effective device for evaluating the performance of heat dissipation materials such as graphite sheets. ■ Thermal Property Measurement Device "Thermo Wave Analyzer TA" https://hrd-thermal.jp/apparatus/ta.html It is useful not only for evaluating heat dissipation materials in electronic components like smartphones but also for assessing semiconductor laser electrodes, thermoelectric power generation materials, and coatings for ultra-hard tools. <Track Record> Sapphire, tantalum, molybdenum, aluminum, strontium titanate, stainless steel (SRM1461), general resins, isotropic graphite, aluminum nitride (AlN), silicon carbide (SiC), etc. We also offer contract measurement services and on-site seminars, so please feel free to contact us!