Tensile testing is a major testing procedure that is used in a variety of industries and production verticals to judge the quality and strength of the materials for various applications.
The tensile testing gives an idea about the behavior of a material when it is subjected to a force of tensile natures. The test procedure is performed to determine the point of fracture on application of tensile force on the material. This helps the engineers in deciding the factor of safety for the materials. With this test procedure, the engineers can determine the maximum amount of force that a material can bear without any failure and hence can decide the suitability of a particular material for a specific application.
The Testing Procedure
The testing procedure is commenced using an advanced testing instrument called Tensile Testing Machine. During the testing procedure, the test specimen is placed under two jaws provided with the instrument and clamped firmly. Once the specimen is placed at its right place, the Jaws are pulled apart to apply tension on the specimen. The tension is applied on the sample until it reaches the point of fracture. When the fracture occurs in the test sample, the force applied on the sample is recorded and this is used for calculating the tensile strength of a material.
Practical Usage of Tensile Test
The tensile test is used for assessment for a variety of materials used in industrial and domestic fronts. As this test is directly related to the safety, it is essential to test the materials that are subjected to extreme tension during use. Here are some of the usages of tensile test.
Rubber products
The elasticity of the Rubber Products is determined by the maximum tension that they can bear without experiencing any sort of failure or deformation. The tensile test helps in determining the elastic modulus of a rubber product or material for various applications.
Metal Products
The metals also have a considerable amount of elasticity which helps them in resisting any type of plastic deformation when are subjected to any sort of tension or tensile force. The metal products are tested for determination of maximum amount of tensile force that it can bear without any deformation or failure. This helps in determining the strength of the metal cables, construction angles and girders, and other metal products used in different industries.
For best analysis of the tensile strength of a material, it is important for the manufacturers to use the most accurate machines offered by best tensile testing machine manufacturers.
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