Portable Shore Hardness Tester for Metal and Plastic

The Shore hardness tester is an essential portable instrument widely utilized for measuring the hardness of a diverse range of materials, including metals, plastics, and rubber. Its operational principle is based on the dynamic rebound method, where a defined impact body is propelled against the surface of the test material. The hardness value is then accurately determined by measuring the rebound speed of this impact body from the surface. This ingenious mechanism allows the Shore hardness tester to offer a perfect blend of easy operation, rapid measurement, and exceptional portability, making it an indispensable tool for both on-site inspections and controlled laboratory environments. As a specialized Measuring Testing Instrument, its reliability and efficiency are paramount for professionals across various sectors.

A leading supplier for such precision instruments is Mikrosize, known for providing high-quality measurement solutions. The main characteristics of the Shore hardness tester underscore its versatility and user-friendly design. It typically boasts an extensive measurement range from 170 to 960 HLD, effectively covering the hardness testing requirements for everything from soft polymers to hardened metals. The speed of operation is a significant advantage, with a single measurement being completed in just 3 seconds, enabling high-throughput efficiency in quality control processes. Furthermore, its portability is unmatched; with a compact size of just 4.3cm in some models, it can be easily carried to any location for immediate use, a feature highly valued in field applications.

The practical application of this Measuring Testing Instrument spans numerous fields, including metal processing, manufacturing quality control, and scientific research experiments. To ensure optimal performance and accurate results, users should follow a standardized set of operation steps. The process begins with thorough preparation, ensuring the material's test surface is clean, smooth, and free from contaminants like oil, grease, or oxidation layers. Next, calibrating the instrument according to the manufacturer's instructions is crucial for maintaining measurement accuracy over time. For the actual measurement, the hardness tester must be held vertically against the material's surface, appropriate pressure (such as 960N) is applied, and the measurement is triggered. The result is then instantly displayed, ready to be recorded in HLD units.

When utilizing this precision tool, several important notes must be considered to preserve its integrity as a reliable Measuring Testing Instrument. It is advisable to avoid using the tester in excessively damp or high-temperature environments, as these conditions can adversely affect its electronic components and measurement accuracy. For long-term reliability, regular calibration is non-negotiable. This ensures the device continues to perform within its specified tolerances. For materials with very high hardness, it is recommended to take multiple measurements at the same point and use the average value to improve the reliability and repeatability of the result.

We are proud to be a trusted supplier of these advanced tools. Our portable Leeb hardness tester, available through Mikrosize, embodies all these superior features. It offers fast measurement completion in only 3 seconds, a wide measurement range from 170-960HLD, and high portability with a compact size of 4.3cm. Please feel free to contact us to discuss your specific needs; we are committed to providing you with the best hardness testing solution for your application. As a dedicated supplier of precision Measuring Testing Instruments, we are here to support your quality assurance and research endeavors with reliable equipment and expert guidance.