The use of portable hardness tester is based on rebound method where it is easy to measure velocity of a body direct. It is done both before and before using the material in manufacturing procedure. However, the ration of the velocities before and after helps you calculate the quality and hardness of the material and whether it is suitable to use it. In addition to this, the velocity of raw material used can be changed to different scales and thus stored in the machine for wide usage in different applications. So, the rebound method helps to calculate the hardness value of the item properly before they are put to use.
The Portable hardness tester is a professional testing machine. It is primarily used to measure metals and its hardness properties before it is put to work in the different manufacturing processes. The hardness tester is commonly found in chemical plants, refinery, and pipeline manufacturing units. This type of testing device has been introduced to offer quick testing service compared to the traditional testing machine setup. There is a physical method of using the tool in some practical fields where it is accompanied by other tools depending on the application it is used for.
Why use a hardness tester tool?
The hardness tester tool is used in most manufacturing applications and these are done to quality check the characteristics of the raw materials used. If only the sample metal item meets the specification, it will be used as raw material in the manufacturing process.
So, the tools are used on-site to get professional results and decide on the type of the metal raw item to be used. Unlike the conventional testing machine, you can work with this latest one without bringing it always to the site. Therefore, the portable ones have been developed and these are easy to carry from one place to another.
The tool is perfect for metal and alloy raw items that mostly found usage in different planes and automobiles. Some of the fields of use of the tool is an energy resource, mining, metallurgy, nuclear energetics and others. Both stationary and portable testers are used for suitable hardness measurement of raw items that they are considered correct to be used. So, with the help of hardness tests, it will be easy to measure the accuracy of the item to be used.
Types of the Hardness Tester: -
Leeb Hardness Tester TKM-359CE- High precision hardness tester TKM359CE intended for quick measuring of metal items in laboratorial, manufacturing and field conditions.
Device is intended for non-destructive testing of production quality in metallurgy, mechanical engineering, aircraft, shipbuilding, atomic industry, oil and gas industry.
Specification: - No need to change angle and works on 360 degree.
It can work up to 7mm space.
High accuracy and repeatability.
UCI Hardness Tester TKM-459CE – High precision hardness tester TKM-459CE intended for quick measuring of metal items hardness in laboratorial, manufacturing and field conditions.
Device is intended for non-destructive testing of production quality in metallurgy, mechanical engineering, aircraft, shipbuilding, atomic industry, oil and gas industry.
Specification: - No dent mark on job.
No weight limitation.
It can work up to 2mm square area.
Most suitable for complex job.
Portable Metal Spectro is a complete solution of metal analysis within a second
Metal Spectro is the result of RiM LaS Private Limited's work. We are pleased to announce that NPP Structurnaya Diagnostika, LTD, RUSSIA has selected us as an official Nation Sales Partner for India for the whole line of manufactured products. This metal analyzer was created specifically for performing operational input inspections on rolled metal products, identifying steel grade, and ferrous and non-ferrous metal refuse. It can quickly determine chemical elements such as C, Si, Al, Mg, Cd, and many others. Its small size makes it convenient to operate, and it provides results in less than a second.
Demystifying Portable Metal Analyzers and Spectrometers
Portable metal analyzers and spectrometers are revolutionizing the way industries assess and classify various metals and alloys. These devices offer rapid, on-site chemical composition analysis, which is crucial for quality control, material identification, and compliance with international standards. With the advent of handheld Laser-Induced Breakdown Spectroscopy (LIBS) and X-Ray Fluorescence (XRF) technologies, the capabilities of these analyzers have significantly expanded, providing more accurate and detailed insights into material properties.
