The Condition Monitoring Ultrasonic Material Thickness Meter can measure material thicknesses of up to 300 mm. In order to measure the material thickness of a wide variety of homogeneous materials, it is possible to store the corresponding sonic velocity in the Condition Monitoring Ultrasonic Material Thickness Meter.
The PCE Instruments PCE-2000N durometer uses the Leeb rebound method. This is a dynamic hardness test method in which a standardized test specimen, usually a hard metal ball, is hit with defined impact energy on a test surface.
Measurement according to Leeb Rebound method
Hardness scales: HL (Leeb), HV (Vickers), HB (Brinell), HS (Shore), HRA (Rockwell A), HRB (Rockwell B), HRC (Rockwell C)
The PCE Instruments PCE-2000N hardness tester uses the Leeb rebound method. This is a dynamic hardness test method in which a standardized test specimen, usually a hard metal ball, is hit with defined impact energy on a test surface.
Measurement according to Leeb Rebound method
Hardness scales: HL (Leeb), HV (Vickers), HB (Brinell), HS (Shore), HRA (Rockwell A), HRB (Rockwell B), HRC (Rockwell C)
The material thickness gauge can measure material thicknesses of up to 300 mm. In order to measure the material thickness of a wide variety of homogeneous materials, it is possible to store the corresponding sonic velocity in the material thickness gauge.
The PCE Instruments PCE-2000N material tester uses the Leeb rebound method. This is a dynamic hardness test method in which a standardized test specimen, usually a hard metal ball, is hit with defined impact energy on a test surface.
Measurement according to Leeb Rebound method
Hardness scales: HL (Leeb), HV (Vickers), HB (Brinell), HS (Shore), HRA (Rockwell A), HRB (Rockwell B), HRC (Rockwell C)
The material thickness gauge can measure material thicknesses of up to 300 mm. In order to measure the material thickness of a wide variety of homogeneous materials, it is possible to store the corresponding sonic velocity in the material thickness gauge.
The PCE Instruments PCE-2000N metal hardness tester uses the Leeb rebound method. This is a dynamic hardness test method in which a standardized test specimen, usually a hard metal ball, is hit with defined impact energy on a test surface.
Measurement according to Leeb Rebound method
Hardness scales: HL (Leeb), HV (Vickers), HB (Brinell), HS (Shore), HRA (Rockwell A), HRB (Rockwell B), HRC (Rockwell C)
The material thickness gauge can measure material thicknesses of up to 300 mm. In order to measure the material thickness of a wide variety of homogeneous materials, it is possible to store the corresponding sonic velocity in the material thickness gauge.
The PCE Instruments PCE-2000N NDT tester uses the Leeb rebound method. This is a dynamic hardness test method in which a standardized test specimen, usually a hard metal ball, is hit with defined impact energy on a test surface.
Measurement according to Leeb Rebound method
Hardness scales: HL (Leeb), HV (Vickers), HB (Brinell), HS (Shore), HRA (Rockwell A), HRB (Rockwell B), HRC (Rockwell C)
