MT5/H-141-150

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Malvern Panalytical\'s MT5/H-141-150 device is a cross miniaturized version of a precision tensile testing instrument intended for tensile testing of specimens and small components. Malvern Panalytical describes MT5/H as having been "specially designed for applications involving materials and components that require testing with high accuracy." This article will discuss the application fields and working principles of the MT5/H-141-150 device.

Application fields

The MT5/H-141-150 device is most commonly used in quality assurance and research and development, typically in the fields of electronics, medical device and automotive manufacturing. For example, the instrument has been used to perform tensile testing on small components such as medical implants, wire harnesses and electrical connectors. Additionally, the instrument is used for materials research to measure physical characteristics such as elasticity, toughness and strength in multiple material types such as metals, plastics and elastomers.

The MT5/H-141-150 is designed to be as multi-purpose as possible while still maintaining accuracy. To this end, the instrument can be fitted with a wide range of gripping and holding fixtures, to accommodate many types of sample sizes and geometries. Furthermore, the instrument offers a range of test speeds, load capacities and other configuration options to better suit specific application needs.

Working principle

The MT5/H-141-150 measures tensile strength via a direct-bonded system, which produces more accurate results compared to systems that rely on springs. The basic working principle of the transmitted load tensile test is the application of a force to a specimen or component by a fixture. The test is initiated by the user inputting a predetermined signal. The force is then applied to the specimen, causing a permanent deformation which is measured by a strain gauge. The instrument then compares the strain measurement against a pre-defined criteria, and the test either succeeds or fails accordingly.

The MT5/H-141-150 is a versatile device due to its user-friendly setup and operation. The device itself can be calibrated to measure different material properties by using different cross-head speeds, level powers and a wide range of grips and fixtures. In addition, the instrument is equipped with multiple modes such as stress-strain, yield point or fracture modes to better examine properties such as elasticity, toughness and tensile strength. Furthermore, the instrument can be easily connected to a personal computer, allowing for real-time experiment monitoring, data visualization, and statistical analysis.

Conclusion

The MT5/H-141-150 device provides users with a versatile and reliable means to test and examine the tensile strength of materials and components with high accuracy. Its user-friendly interface makes it suitable for quality assurance, research and development, and other applications in industries such as electronics, medical devices, and automotive manufacturing. The MT5/H-141-150 reflects the need for increased accuracy in modern tensile testing, and is an invaluable tool for anyone involved in the development and quality assurance of materials.

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