[Measurement Field] Thermal conductivity of thin sheet samples, isotropic, anisotropic [TA]

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.

Carbon Fiber Reinforced Plastic (hereinafter referred to as CFRP) is a composite material reinforced with carbon fibers and resin. The evaluation of thermal properties of CFRP is important to ensure the durability and safety of the material. Measuring thermal conductivity supports design according to the environment in which CFRP is used and helps predict the effects of temperature changes. Particularly when considering use under high-temperature conditions, information regarding thermal conductivity contributes to reducing the risk of product degradation and improving reliability. However, accurate measurements are not easily achieved with general thermal conductivity measurement devices. This is because CFRP materials exhibit significant differences in thermal conductivity between the thickness direction and the plane direction due to their structure. In this regard, our "ThermoWave Analyzer TA" allows for easy and accurate measurement of thermal conductivity of CFRP. It is possible to continuously measure thermal conductivity in both the thickness direction and the plane direction with ease.

We have been selected for the Minister of Economy, Trade and Industry Award at the 2024 Industrial Standardization Project Awards! Bethel Co., Ltd. utilized the new market creation standardization system to establish JIS R 7240 (Method for measuring thermal diffusivity of graphite sheets using laser spot periodic heating radiation temperature measurement method for heat dissipation) in November 2018, addressing the lack of evaluation standards for measuring the thermal diffusivity of graphite sheets. As a result, proper performance evaluation of graphite sheets has been implemented, leading to the elimination of inferior products and significantly enhancing the reliability of the company's products in the market. Consequently, it is expected that the number of commissioned thermal property measurements will increase, expanding the sales channels for the products both domestically and internationally. ■ "2024 Industrial Standardization Project Awards Ceremony and IEC Related Awards Presentation Ceremony" Today (10/8) at 10:40 AM - Live Streaming

At this exhibition, we will be showcasing our "Thermal Property Measurement Technology and Measurement Equipment" through poster displays. Controlling heat has become an urgent issue, especially with AI chips and electric vehicles. We will introduce our evaluation techniques for thermal conductivity and inspection technologies for CFRP. Our specialized exhibitors will present technologies for accurately measuring the thermal properties of materials and reliable measurement equipment. At the Bethel Hudson Institute, we aim to provide solutions that can be utilized across a wide range of industries, contributing to your product development and technological innovation. We look forward to your visit. Date: October 23 (Wednesday) - 24 (Thursday), 2024 Location: Tokyo Tama Future Messe