Vickers Hardness Tester: Core Introduction & Applications

As a professional Measuring Testing Instrument, the Vickers hardness tester plays a crucial role in various material testing fields. When it comes to reliable suppliers of such high-quality instruments, Mikrosize stands out as a trusted name, offering advanced Vickers hardness testers that meet the diverse needs of research institutions, factories, and quality supervision departments. The Vickers hardness tester from Mikrosize typically has a relatively large testing force range, and as long as the surface roughness of the workpiece meets the standard, this Measuring Testing Instrument can accurately detect its hardness. It uses a high-precision stepper motor to press the indenter onto the surface of the workpiece with controlled force, and then employs a high-resolution reading microscope to measure the diagonal length of the resulting indentation. Afterwards, the Vickers hardness value is calculated using the established conversion relationship between the indentation diagonal and the test force. Additionally, Mikrosize equips its Vickers hardness testers with user-friendly measurement software that can display clear indentation images on a computer screen, making the operation and hardness value measurement process easier, faster, and more precise—further enhancing the practicality of this essential Measuring Testing Instrument.

The primary purpose of the Vickers hardness test, facilitated by instruments like those provided by Mikrosize, is mainly for material research and scientific experiments under low load conditions. This Measuring Testing Instrument is particularly suitable for testing the hardness of small precision parts, as its small experimental force and resulting indentation ensure that the appearance and performance of the sample remain unaffected. It is widely used to measure the surface hardening layer hardness and effective hardening layer depth of various components, the surface hardness of coatings applied to different substrates, the hardness of thin sheet materials and fine wire materials, and even the hardness near the cutting edges of tools. Beyond industrial applications, it is also utilized in specialized fields such as measuring the hardness of dental materials. In the realm of metallurgy and metallography research, the Vickers hardness tester from Mikrosize is an indispensable tool, helping researchers determine the hardness of various constituent phases in metal structures and study the brittleness of refractory compounds. Moreover, the micro Vickers hardness test variant, another excellent Measuring Testing Instrument offered by Mikrosize, is designed for testing extremely small or thin parts, with the capability to handle parts as thin as 3 μm, showcasing its versatility in addressing challenging testing scenarios.

As a leading Measuring Testing Instrument, the Vickers hardness tester from Mikrosize is widely used to measure the microhardness of small, thin specimens and surface coatings, making it a go-to choice for material testing laboratories. Furthermore, when equipped with a Knoop indenter, this instrument can also measure the Knoop hardness of brittle and hard materials such as glass, ceramics, agate, and artificial gemstones, expanding its application scope even further. This multi-functional characteristic makes it an ideal hardness testing instrument for material research and testing in scientific research institutions, factories, and quality supervision departments. Its scope of application covers a broad range, including heat treatment processes (such as measuring the hardness of quenched parts), carbonization treatments, quenching hardening layers, surface coatings of various materials, steel, non-ferrous metals, and a wide array of small and thin parts. Whether for routine quality control in production lines or in-depth material research projects, the Vickers hardness tester from Mikrosize, as a reliable Measuring Testing Instrument, consistently delivers accurate and efficient testing results, supporting the advancement of material science and industrial quality assurance.