Metal Hardness Testers
4 από 4 productsPortable Barcol Hardness Tester for Aluminum
Measurement parameters Barcol (HBA)Brinell (HB)Vickers (HV)Webster (HW)Rockwell (HRB / HRE / HRF / HRH) Measuring range 0 ... 100 HBA / 25 ...
View full detailsPortable Barcol Hardness Tester for Aluminum
Features: For measuring the hardness of thick pieces made of pure aluminum, aluminum alloy, fiber-reinforced plastic, hard plastic, etc. Measurem...
View full detailsDigital portable Barcol hardness tester for aluminum-plastics
Technical Specifications Hardness range: 0~100HBa Effective range: 40~90HBa (equivalent to 25~135HBW) Reading: 0.1HBa Accuracy: ±2.0HBa (...
View full detailsPortable Hardness Tester for Aluminum Profiles
Features: - General purpose application for aluminum alloy - Hardness range: 0 ~ 20HW - Minimum reading: 1HW - Accuracy: ± 0.5HW (at 5 ~ 17HW) - Fo...
View full detailsMetal hardness testers are inspection instruments that measure the hardness of metallic materials by evaluating resistance to indentation or impact and the resulting permanent deformation. They are used for quality control, heat-treatment verification, and surface condition assessment.
Available in portable and bench models, with multiple scales/methods (e.g., Leeb, Rockwell, Brinell, Vickers), options for curved or hard-to-reach surfaces, plus data logging and output features. Choices from Insize & PCE Instruments.
Well suited for machine shops, steel processing, maintenance, and field inspections—select based on method, accuracy, and the material range you need.
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...
































































































































































































































































































































































































































