Universal tensile testing machine is a commonly used material mechanical properties testing equipment, which can detect the strength, plasticity, toughness and other mechanical properties of materials by applying different forms of force such as tensile, compression, and bending to materials. The universal tensile testing machine has a variety of functions, and the following is an introduction to its main functions:
Publish a collection of dragon cards to share millions of cash 1Tensile test: Tensile testing is one of the most basic functions of a universal tensile testing machine. In tensile testing, the testing machine applies a tensile force to the specimen and records data such as the amount of deformation and breaking force of the specimen. Through these data, parameters such as elastic modulus, yield strength, and tensile strength of the material can be calculated, so as to evaluate the mechanical properties and reliability of the material.
2.Compression test: Compression test is one of the important functions of the universal tensile testing machine. In a compression test, the testing machine applies axial pressure to the specimen and records data such as the amount of deformation and compressive strength of the specimen. With this data, the compressive properties and stability of the material can be evaluated.
3.Bend test: Bend test is also one of the common test items of universal tensile testing machine. In a flexure test, the testing machine applies a bending force to the specimen and records data such as the bending angle and bending stress of the specimen. With this data, parameters such as flexural strength and elastic modulus of the material can be calculated to evaluate the mechanical properties and reliability of the material.
4.Shear test: Shear testing can be used to evaluate parameters such as shear strength and shear modulus of a material. In a shear test, the testing machine applies a shear force to the specimen and records data such as shear displacement and shear stress of the specimen. With this data, the shear resistance and reliability of the material can be evaluated.
5.Peel Testing: Peel testing can be used to evaluate the performance of a material when subjected to peel forces. In a peel test, the testing machine applies a peel force to the specimen and records data such as the peel force and peel displacement of the specimen. With this data, the peel strength and reliability of the material can be evaluated.
6.Fatigue testing: Fatigue testing can be used to evaluate the performance of materials under alternating stresses. In fatigue testing, the testing machine applies alternating stress to the specimen and records data such as the number of stress cycles and fatigue strength of the specimen. With this data, the fatigue life and reliability of the material can be evaluated.
7.Temperature testing: Temperature testing can be used to evaluate the performance of materials at different temperatures. In temperature testing, the testing machine heats or cools the specimen and records data such as temperature changes and the coefficient of thermal expansion of the specimen. With this data, it is possible to evaluate the performance and reliability of the material at different temperatures.
8.Environmental Simulation Testing: Environmental simulation testing can be used to simulate the effects of different environmental conditions on material properties. In the environmental simulation test, the testing machine can simulate environmental factors such as temperature, humidity, and pressure on the sample, and record the performance changes of the sample. With this data, it is possible to evaluate the performance and reliability of the material under different environmental conditions.
To sum up, the universal tensile testing machine has a variety of functions and can perform comprehensive mechanical property testing and evaluation of various materials. It is widely used in materials science, mechanical engineering, aerospace, automobile manufacturing and other fields, providing important experimental support and technical support for scientific research and technology development. If you want to consult more about the testing machine, or purchase the testing machine, please contact the manufacturer for free**: 13256190122