Differential (DSC, OIT) Oxidation Induction Tester

Differential (DSC, OIT) Oxidation Induction Tester

Differential Scanning Calorimetry (DSC) and Oxidation Induction Time (OIT) testing equipment plays an important role in determining the thermal properties of polyolefins and other polymer materials. These devices are used to determine oxidation resistance, melting point and other thermal properties of materials, as well as oxidation induction for polymer tubing and protective tubing systems. Designed in accordance 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 usually have these features:

• Wide Temperature Range:DSC and OIT testers can operate over a wide temperature range, typically up to 500°C. This provides a suitable environment for studying the thermal properties of various polymer materials.

• Compliance with Standards:The devices are designed in compliance with international standards and calibration and tests are carried out according to these standards.

• High Sensitivity:DSC and OIT testers operate with high precision and temperature accuracy can often be up to 0.1°C. This increases the accuracy of the analyzes and ensures reliable results.

• Multiple Testing Options:These devices offer convenient options for different testing methods. For example, OIT testing, melting point determination and oxidation induction as well as other thermal analyzes can be performed.

• Control and Analysis Software:DSC and OIT testers come with Windows-based software, making it easy to analyze and report test data. This software enables data processing and visualization of results.

• Cleanup Links:These devices have ports for purge gas. This ensures purification of the sample and cooling air and increases the accuracy of test results.

Areas of Use

DSC and OIT testers are widely used to study and characterize the thermal properties of polymer materials. Particularly in the plastic and rubber industry, it is an important tool in determining important properties of materials such as thermal stability, melting point and oxidation resistance. They are also used in research laboratories for various studies on polymer science.

Reliability and Performance

DSC and OIT testers are manufactured from high quality materials and undergone stringent quality control procedures. Therefore, it is a reliable tool to obtain reliable and reproducible results. Additionally, its user-friendly software and easy-to-use interface enable operators to easily conduct tests.

Conclusion

DSC and OIT testers are reliable and effective tools for determining the thermal properties of polymer materials. With their wide temperature range, high sensitivity and multiple testing options, these devices are widely used in industrial and scientific research.