Determination of the SADT of diperoxy dodecanedioate using a small-scale reaction calorimeter.
Calculate SADT from measurement data under isothermal conditions! Does LPO exothermically decompose at temperatures below the melting point?
This document is a technical note explaining the determination of the Self-Accelerating Decomposition Temperature (SADT) of diperoxy dodecanedioate using a small-scale reaction calorimeter. The SADT was calculated from measurement data under isothermal conditions at 51°C for 12 days, with a heating rate ranging from 0.015 K/min to 0.20 K/min. Will LPO indeed decompose exothermically at temperatures below its melting point? Please download and view it from the published catalog. [Contents] ■ Determination of the SADT of diperoxy dodecanedioate using a small-scale reaction calorimeter ■ Determination of SADT using a small-scale reaction calorimeter with ultra-low heating rate control *For more details, please download the PDF or feel free to contact us.
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Our company works in the field of thermal safety evaluation to prevent thermal runaway accidents involving chemical substances. To achieve this, we analyze reaction kinetics parameters from thermal measurement data of a few milligrams of chemical substances and provide a measurement and analysis system that enables thermal safety evaluation when the chemical substances are scaled up to kg to 1000 kg. Additionally, we offer an evaluation system that combines isothermal microcalorimeters (IMC) for lithium-ion batteries and DSC with AKTS analysis software, allowing for comprehensive measurement of the entire battery.
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