Differential (DSC, OIT) Oxidation Induction Test Device

Differential (DSC, OIT) Oxidation Induction Test Device

Differential Scanning Calorimeter (DSC) and Oxidation Induction Time (OIT) test device play a significant role in determining the thermal properties of polyolefins and other polymer materials. These devices are used for determining the oxidation resistance, melting point, and other thermal properties of materials, as well as determining the oxidation induction for polymer pipe and protective pipe systems. Designed in compliance with international standards such as ISO 1133, ASTM D3895, EN728, and ASTM D3418, these devices are widely used in industrial and research laboratories.

Features and Functions:

These devices generally have the following features:

• Wide Temperature Range: DSC and OIT test devices typically operate in a wide temperature range up to 500°C. This provides a suitable environment for examining the thermal properties of various polymer materials.

• Standard Compliance: The devices are designed to comply with international standards and calibrations and tests are carried out according to these standards.

• High Precision: DSC and OIT test devices work with high precision, and temperature precision can be up to 0.1°C. This improves the accuracy of the analysis and enables obtaining reliable results.

• Multiple Test Options: These devices offer appropriate options for different test methods. For example, in addition to the OIT test, melt point determination, oxidation induction, and other thermal analyses can be performed.

• Control and Analysis Software: DSC and OIT test devices come with Windows-based software that facilitates the analysis and reporting of test data. This software processes data and visualizes results.

• Cleaning Connections: These devices have connections for cleaning gas. This ensures the cleaning of the sample and cooling air, enhancing the accuracy of test results.

Applications:

DSC and OIT test devices have a wide range of applications for examining and characterizing the thermal properties of polymer materials. Especially in the plastic and rubber industry, they are important tools for determining important properties such as thermal stability, melt point, and oxidation resistance. Additionally, they are used for various research in polymer science in research laboratories.

Reliability and Performance:

DSC and OIT test devices are made of high-quality materials and undergo strict quality control procedures. Therefore, they are reliable tools for obtaining accurate and repeatable results. Additionally, their user-friendly software and easy-to-use interface help operators easily conduct tests.

Conclusion:

DSC and OIT test devices are reliable and effective tools for determining the thermal properties of polymer materials. With their broad temperature ranges, high precision, and multiple test options, these devices are widely used in industrial and scientific research.