Hardness Testers
6 από 6 productsBrinell - Rockwell - Vickers - Desktop Digital Hardness Tester
Features: Preliminary test force: 98N Test force: 588N, 980N, 1471 N Minimum Rockwell reading: 0.5 HR Brinell test load: 306, 613, 1839 N Vickers ...
View full detailsBrinell Hardness Tester
Features: Measurement range: 100 ~ 350HBW (including Ø7.26mm indenter), 350 ~ 650HBW (with Ø4mm indenter, optional) Accuracy: static test: ± 3%, ...
View full detailsBrinell Hardness Tester
Features: Measurement range 16 ~ 650HBW Test force: 3000kg Indenter: carbide ball with a radius of Ø10mm Measuring microscope: 20x, reading: 0.01...
View full detailsHydraulic Chain Type Brinell Hardness Tester
Features: For hardness measurement of rollers or tubes Measurement range: 32 ~ 650HBW Specimen diameter range: Ø150mm - Ø500mm Test force: 3000kg ...
View full detailsDesktop digital Rockwell/ Superficial Rockwell hardness tester - Touch screen
Technical Specifications Powered by electric motor (no weights) Dolphin-nose type structure for greater measuring space Measurements in 30 Ro...
View full detailsDigital Hardness Tester Brinell - Rockwell - Vickers - Touchscreen
Technical Specifications Type: Brinell, Rockwell, Vickers Test Force: Brinell: 306.5N to 2451.6N (31.25kgf to 250kgf) Rockwell: 588N, 980N,...
View full detailsBench hardness testers are quality-control instruments that determine hardness by indentation, applying a controlled test force to an indenter and evaluating penetration depth or imprint size. They are used to verify heat treatment results and material consistency on metal parts.
Available options cover Rockwell (HRA/HRB/HRC), Brinell (HBW) and Vickers (HV) methods, with different test loads, indenter types, analog or digital readout, and calibration/certification support, from Insize.
Suitable for machine shops, QC labs and production, with key selection factors being the test scale, load range and specimen geometry.
Metal Hardness
How is hardness defined and which parameters should we take into account in a measurement? Hardness is not a fundamental property of a material, but it is the quantity that indicates how mechanically resistant a material (test piece) is to mechanical penetration by another harder body (indenter). Precisely because it is not a fundamental quantity, over the years different methods have been developed with the aim of determining it. Initially, the choice of method depends on the material of the specimen. Then, 1) the magnitude of the force and 2) the time for which the force will be applied must be determined...
































































































































































































































































































































































































































