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Resin shrinkage rate measurement data

We will publish the measurement method for resin shrinkage rate data using dedicated molds!

Our company has been measuring resin shrinkage rates using dedicated molds for over 20 years to determine the shrinkage rate of molds. The resin shrinkage rate varies depending on molding conditions and wall thickness. By measuring from actual products rather than relying on catalog values, we can obtain data that is more committed to the molding site, contributing to the reduction of defect rates in molds and products.

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The utility of adding isothermal measurement data (0K/min) to temperature rise measurement data.

Does adding isothermal measurement data affect thermal safety evaluation? Introduction of technical materials.

This document is a technical note explaining the utility of adding isothermal measurement data (0 K/min) to heating rate measurement data. The recommended heating rates for DSC are between 0.5 K/min and 8 K/min, but adding just one isothermal measurement can further improve analysis accuracy. The appropriate temperature setting for the isothermal condition can be determined from the measurement data at 0.5 to 8 K/min. Please feel free to download and take a look. [Published Data (Excerpt)] - Reaction rate curve based solely on five heating data points at 0.5 to 8 K/min - Reaction rate curve based solely on five heating data points at 0.5 to 8 K/min - Difference in activation energy based on only five heating data points and one isothermal data point - Reaction rate vs. time axis displayed under isothermal conditions *For more details, please download the PDF or feel free to contact us.

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Model-free analysis of the decomposition reaction of DTBP + Toluene 20 wt%.

Representative standard sample DSC data of thermal hazard assessment DTBP/toluene! How can it be analyzed?

This document is a technical note explaining the model-free analysis of the decomposition reaction of DTBP + Toluene 20wt%. In this note, we calculated TMR24 using the standard free model analysis method of AKTS_TK + TS, resulting in TMR24 = 74.9°C. This is lower than the analysis result of 76.6°C obtained from the Total_Peak, which is the sum of two separated peaks, indicating a more conservative analysis result. We encourage you to read it. 【Published Data (Excerpt)】 ■ DSC measurement data ■ Measurement data on a mg scale ■ Measurement data from the reaction start point at 0% to the endpoint at 100% ■ Changes in activation energy from 0 to 100% reaction rate (α = 1) ■ Analysis results of TMRad24 *For more details, please download the PDF or feel free to contact us.

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