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Tensile testing system

The tensile testing system comes with a variety of architectures and actuator displacement <br>ranges. Single column machines are great for testing typical tensile specimens and small <br>components, but for more significant parts. To get an approximate value of actuator travel to be <br>used, multiply the gage length used during testing by the percentage of strain at specimen failure. <br>This will give you a minimum acceptable range.<br>http://tensiletestmachines.com/

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Tensile testing system

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  1. Guide to configure Tensile Testing System in 3 steps The tensile testing system is one of the most commonly used equipment in the engineering world. Tensile testing is quite common; there are several factors considered before choosing the tensile testing system for an application. There are only 3 simple questions to ask before choosing a test machine, fixtures, grips, and software. Q. 1 – What are the specific test you are going to perform and the material you want to measure? Tensile testing systems are also called Universal Testing machines. They can perform a wide variety of measurements on any material. Tensile stresses can be applied to elements to determine the tear, shear, tensile properties, and adhesion properties to name a few. Q. 2 – What is the force required performing the desired test with the tensile testing system? Many tensile tests require increasing the applied force to the material until it fails. The energy required is difficult to answer unless the mechanical property of the content and the sample dimension is clearly understood and well-defined. Tensile testing system prices vary with force capacity; that is why it is essential to select a machine large enough meet your testing objectives

  2. while not being costly and oversized. You should choose Tensile testing systems according to your maximum testing needs. Q. 3 – What are the material and dimension characteristics? The tensile testing system comes with a variety of architectures and actuator displacement ranges. Single column machines are great for testing typical tensile specimens and small components, but for more significant parts. To get an approximate value of actuator travel to be used, multiply the gage length used during testing by the percentage of strain at specimen failure. This will give you a minimum acceptable range. After you answer all these three questions to configuring the tensile testing system for your application, you are ready to go. If you are looking for quality tensile testing machine system then, CONTACT US MEASUREMENTS TECHNOLOGY, INC. 600 Kirk Rd, Suite B Marietta, GA 30060 Phone: 770-587-2222 http://tensiletestmachines.com/

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