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TAM offers the highest level of sensitivity, flexibility, and performance. By using a highly sensitive microcalorimeter along with various accessories, it precisely controls various experimental conditions. Up to four calorimeters can be used simultaneously, allowing for repeated experiments and a variety of experiments to be conducted. Additionally, its modular design allows for the addition of multiple calorimeters, enhancing sample processing capacity and functionality. Adding a multi-calorimeter with six mini-calorimeters significantly improves sample throughput. The TAM 4 employs patented thermostat technology, controlling the temperature of the liquid constant temperature bath with an accuracy of 0.0001±730°C. There are three operating modes: isothermal, step isothermal, and temperature scanning mode.

The isothermal calorimetry device (TAM series) is an instrument that measures very small amounts of heat, known as a microcalorimeter. By combining a thermostat with high isothermal performance with a calorimeter (calorimeter) suited to the sample and measurement method, it is possible to measure minute heat generated or consumed during physical processes or chemical reactions with sensitivity exceeding microwatts. Here, we introduce application examples of battery evaluation using the isothermal calorimetry device TAM. Additionally, information on the new battery calorimeter Micro XL is also provided. *Please download the materials.

The calorimetry measurement device (TAM series) is an instrument known as a microcalorimeter that measures very small amounts of heat. By combining a thermostat with high isothermal performance with a calorimeter (calorimeter) suited to the sample and measurement method, it is possible to measure minute heat generated or consumed during physical processes or chemical reactions with sensitivity exceeding microwatts. It is a useful tool that can contribute to the research and development of biofuels and environmental improvement, allowing real-time calorimetry measurements while performing operations such as the addition, mixing, and titration of chemicals through module combinations. This document provides a detailed explanation of high-sensitivity calorimetry measurements of biofuels, which are difficult to observe with conventional differential scanning calorimeters (DSC), as well as real-time measurements of heat changes associated with chemical reactions. ◇ Quantification of wax based on the heat of solidification reactions ◇ Evaluation of the production rate of biofuels *Please download the document.

Are you aware that TA's analytical instruments are playing a vital role in the manufacturing of "batteries," which are essential in modern life? TA's thermal analysis instruments, viscoelasticity measurement devices, thermal expansion measurement devices, and fatigue testing machines are equipped with a variety of measurement modes, enabling measurements across a wide range of fields. This time, we will focus on "batteries and electronic components" and present some analysis cases. 【Agenda】 P2~ Announcement of the Beyond 5G/6G Electronic Materials Seminar held in October 2021 You can also register from the link below! https://www.tainstruments.com/webinarlistjp/?lang=ja P3~ Introduction of DHR (rotational rheometer/viscoelasticity measurement device) Case study of viscoelasticity measurement of slurries P6~ Introduction of TAM (isothermal calorimeter) Battery product evaluation case 1 (heat measurement during open-circuit self-discharge) Battery product evaluation case 2 (effect of reducing side reactions of electrolyte additives)

Powder materials are used in various fields such as polymers, pharmaceuticals, and battery materials. In addition to general physical properties like particle size and density, these powders can take various forms such as storage, flow, and agglomeration, making it necessary to evaluate their physical properties while considering the environment in which they will be used. To effectively evaluate these physical properties with high precision and convenience, a new powder accessory for HR rheometers was launched in 2022. In this instance, we will focus on "graphite for batteries" and present a case study of powder rheology analysis.