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Rockwell Hardness Testing







Rockwell hardness testers

The Rockwell test method, as defined in ISO 6508 & ASTM E-18, is the most commonly used method to determine a material's hardness and is suitable for almost all metals. It measures the permanent depth of indentation produced by a force/load on an indenter. The Rockwell test is generally easier to perform, and quicker than other types of hardness testing methods. The method is also more accurate than other types of hardness testing methods. The main advantage of Rockwell hardness is its ability to display hardness values directly.

The Rockwell scale is based on the indentation hardness of a material. There are different scales, denoted by a single letter, that use different loads or indenters. When testing, indentation hardness correlates linearly with tensile strength. 

How it works

As said earlier, the Rockwell method measures the permanent depth of indentation produced by a force/load on an indenter. The Rockwell hardness is determined by the application of a preliminary test force (minor load or preload), followed by an additional load (major load) to reach the total required test load. The minor load provides the zero or reference position. The major load is applied and held for a predetermined amount of time (dwell time) to allow for elastic recovery. Then the major load is removed, while still maintaining the minor load.

Rockwell testing machines

Below you find our Rockwell testing systems. The NEXUS and NEMESIS series are products of the masters in our R&D facilities, while all electronic boards and high tech components are manufactured in The Netherlands, by top class sub contractors.

Customization

In the early stage of your interest in our testers, our sales team will gather the required information to offer a product adapted to your individual requirements. Do not hesitate and ask for customized solutions on both software and hardware. In close cooperation with our customers we will develop and supply the right configuration for your job. 

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