Ultrasonic hardness testerMET-U1A

Phase II ultrasoundPortable hardness testerCapable of measuring the surface hardness of flat, circular, thin or large surfaces on various metals Unlike standard mechanical hardness testers, these new typesPortable hardness testerGather together“Ultrasonic UCITechnology can measure the hardness of very thin and small workpieces, which cannot be accurately measured with ordinary portable instruments. The non-destructive function makes theseHardness testerCan be applied to highly sensitive or completed components that cannot be tested during operation and installation theseHardness testerThe non-destructive characteristics of enable operators to accurately measure without causing physical or structural damage to the components, which typically results in the operator discarding or repairing the components Phistu MET seriesPortable hardness testerIncludes a simple dynamic probe that can quickly measure the hardness of components weighing no more than 5 kilograms

Portable hardness tester manufacturer Measurement method:

MET-U1A

The hardness testing method is a measurement method for obtaining the hardness of a specimen based on the frequency change of the resonant rod caused by the elastic properties of the finite contact surface itself when the indenter is pressed into the specimen Expressed as using a calibrated instrument to press a resonant rod with a Vickers diamond indenter onto the surface of the test piece with a fixed force

Portable hardness tester manufacturer Function:

• • Menu operation, simple and easy to read
• • Large screen display with backlight
• USB interface
• • Automatic conversion: Brinell, Rockwell C, Rockwell B, Vickers, Richter
• • Automatic indication
• • Data storage function

Standard configuration:

• • Host
• 15 Nm (1.5 kg force) handheld probe or 50 Nm (5 kg force) handheld probe
• Calibration test block: 2 HRC test blocks
• USB output cable
• • Standard suitcase
• • Charger
• • Operation manual

Technical parameters of UCI probe and dynamic indenter: