The Laboratory Tensile Testing Machine is used to perform the tensile test as per the need of the industry provisions. Tensile testing provides information about the yield strength and material ductility. The device is useful to read the physical and chemical properties or mechanical behavior of various material such as metals, iron, plastics, ceramics, composites, and, therefore, recommended for performing the laboratory tests.
Presto offers the reliable and efficient laboratory tensile testing machine? based on the CRT (constant rate of reverse) principle. Use of heavy mild steel ensures the stability and provides high quality results. The machine is available as digital model, eco model and fully computerized Zeus ultimo model. The intellectual technology based components used in the device that allows accurate evaluation of tensile strength.
The lab machine has two clamps called as upper jaw and lower jaw (or clamps). While testing the strength of different materials, only lower jaw moves at a designated speed with the help of a standard motor whereas the upper jaw remains stationary. The CE electrical wires are used to install the motor, which creates the stress in the lower jaw. The tensile test measures the ability of a material to withstand forces that tend to pull it apart or deform. This helps to determine the exact amount or value of the material stretches before the complete failure. The machine provides safe and reliable operation considering the ease of the end users.
To Know more about information visit- Tensile Testing Machine
To Know more about information visit- Tensile Testing Machine
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The Tensile testing Machine is highly recommended for evaluating the tensile strength of products and materials. The equipment is based on the Constant Rate of Traverse (CRT) principle. It is equipped with an upper jaw and a lower jaw. Universal Tensile Testing Machine is a reliable piece of equipment which is widely used for checking tensile strength of a product/sample. One of the most common mechanical testing techniques used to determine tensile strength, this is a method wherein controlled tension is applied to a sample until it fully fails.
Thus, the material properties of the sample can be easily determined by this test. It involves measuring the force required to elongate a sample under test to breaking point. Using this test, manufacturers and quality managers are able to determine the core strength of their products.
Registered Design Patent No. 252611
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