We test the probes according to the ASTM-E1065 standard and provide customers with the test report corresponding to a unique serial number to record the actual RF waveform and spectrum of each probe.
Transverse Wave Angle Beam Probe
Name： 2.5MHz Transverse Wave Angle Beam Probe
Model： 2.5P13＊13K2
Application: The 2.5MHz Transverse Wave Angle Beam Probe is used in portable ultrasonic flaw detector. Good component materials make the probe have high sensitivity and long lifetime.
Longitudinal Dual Element Angle Beam Probe
Name：Longitudinal Dual Element Angle Beam Probe
Model： 2MHz 2(10＊15) FD8.5
Applications：Nuclear Power Station
Austenitic Stainless Steel
Near Surface Flaw Detection
Plate Weld Inspection
High Attenuation Materials
Soft Protective Membrane Probe
Name： Soft Protective Membrane Probe
Model： 2P24S
Applications： Simple structure of metals
Large plates, bars, forgings, metals and non-metals
Small tanks, pipes, castings, bars
Sandwich and laminated structures
Dual-Element High Temperature Probe
YUSHI Dual-element High Temperature ProbeGT560The YUSHI dual-element ultrasonic probe is engineered for high-temperature, "in-service" thickness measurement and corrosion surveys in the oil
AWS Transducers and Wedges
Key Features
Frequency: 2.25MHz
Element Size: 0.625in x 0.625in，0.625in x 0.750in，0.750in x 0.750in
Snail Wedges: 45°, 60°, 70°
Snail Wedge Design: Zero maintenance, high-impact resistance, excellent acoustic coupling
Compliance: Meets AWS D1.1 / ASME / API requirements
Applications Ideal for weld inspection, crack detection, and corrosion screening across structural steel, pipelines, and pressure vessels.
Quick Change Probes
Advantages:
Best combination of sensitivity and resolution.
Microdot connector on tope.
Professional ASTM testing report.
Various wedges with screw thread for quick change.
Fast delivery by DHL or FedEx.
Single Element Delay Line Probe
YUSHI delay line ultrasonic probe is a single element probe, designed with a replaceable delay line, which is used in ultrasonic thickness gauges to measure thinner workpieces and near-surface flaw detection. The high bandwidth and narrow pulse with delay line ensure excellent near surface resolution. And higher frequency increases the resolution of detection.
