Video Extensometer Tensile Testing Machine

Video Extensometer Tensile Testing Machine

Modern material science, especially the testing of polymers, has highly advanced methods and tools. Strain hardening, a critical test for evaluating the mechanical properties of polymers, is essential. This article will detail the video extensometer tensile testing machine designed in accordance with ISO 18488 standards and its industrial applications.

Technical Specifications and Functionality

Dual Column Tensile Testing Machine

• The overall design of the device and the mechanical stability provided by the dual column.

Hot Air Cabinet

• The hot air cabinet for conducting temperature-controlled tests on materials and its importance.

Video Extensometer

• The video extensometer technology that offers high precision in strain measurements and its operation principles.

Software and Data Processing

• The computer-controlled nature of the device and the features of the included software.

• Strain hardening module compliant with ISO 18488 standards.

• Easy transfer and processing of test results to a computer via USB.

Load Cell and Force Capacity

• A 100 kgf load cell and a maximum force capacity of 10 kN provide a wide range of tests on materials.

Reporting and Analysis

• Analysis and reporting of test results in MS Office Excel.

• Automatic reporting features of the software and the role of these reports in industrial decision-making processes.

Applications

• The application of strain hardening tests on polymers in various sectors such as automotive, aviation, and construction.

• The device's usability in materials engineering and product development processes.

User Experience

• The ergonomic design and user-friendliness of the device.

• Technical support and training opportunities.

Maintenance and Service

• The maintenance needs of the device and maintenance tips for long-term use.

• Reliability and service support options.

Conclusion

The critical role played by strain-hardened tests on polymer quality and durability assessment emphasizes why this technology is so important. By offering reliability and accuracy in industrial applications, the strain-hardened testing machine will continue to push the boundaries of material science innovations.