Introduction of Rubber Tensile Testing Machine

The TST-01 Tensile Testing Machine play a important role in the quality testing of plastic and rubber, delivering vital insights into the materials' mechanical properties under tension. This data is instrumental in guaranteeing that plastic and rubber not only meet rigorous industry standards but are also tailored for specific purposes while complying with stringent regulatory mandates.

Test Significance

Tensile testing of plastic sheets holds paramount significance for follow reasons:

1. Material Characterization: The process aids in characterizing the mechanical behavior of plastic material, offering critical data on properties like tensile strength, elongation at break, and modulus of elasticity.
2. Quality Control: Manufacturers rely on tensile testing to ensure that plastic sheets meet prescribed quality standards. Consistency and reliability in mechanical properties are imperative for optimal performance in the end products.
3. Product Development: Tensile testing emerges as a valuable tool in the development of new plastic materials. Engineers can assess different formulations and processing conditions to optimize mechanical properties based on specific applications.

Technical Features

This unit is under PLC control (with industrial-level stability) and operated through an HMI touch screen. The use of a precision ball lead screw mechanism ensures consistent and accurate speed and displacement control. It features a specially designed program catering to tests including break, tension, elongation, seal strength, 90° peeling, and 180° peeling. The key features include:

1. A 7-inch TFT touch screen for user-friendly operation.
2. PLC control for efficient functioning.
3. Precision ball lead screw for reliable results.
4. Adjustable test speed.
5. Compatibility with multiple fixtures.
6. Equipped with a limiting device and automatic returning function.
7. Availability of various test items.
8. Optional inclusion of a microprinter.
9. RS 232 port for data communication and optional professional software.

Main Parameters

Raletive Standards

ASTM D882——This standard outlines a method for determining the tensile properties of thin plastic sheets.

ISO 527——This international standard outlines the general principles for determining the tensile properties of plastic materials.

ISO 37——This standard provides additional guidelines for conducting tensile tests on rubber or plastics, specifically detailing the determination of tensile properties at break.

Conclusion

Tensile testing machines are indispensable tools in the quality inspection of plastic sheets, providing critical data for material characterization, quality control, and product development. Adhering to international standards ensures consistency and comparability of test results, contributing to the reliability and safety of plastic materials in various industries.