Ultrasonic Thickness Gauges
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Ultrasonic Caliper (ignores paint)
Sensor PCE-TG-P5EE Measuring range PE: 2 ... 600 [mm] / 0.078 ... 23.62", EE: 2.5 ... 100 [mm] / 0.098 ...3.937" Minimum pipe diameter ...
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Ultrasonic Caliper - Accepts Extra Sensors
Reading: 0.01mm (range<100mm), 0.1mm (range≥100mm) Repeatability: 0.03mm (range<100mm), 0.1mm (range≥100mm) Speed: 1000-9999 m/s Accuracy: ...
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Ultrasonic Caliper - Through Coating (Ignores Paint) - Accepts Extra Sensors
Measurement range: E-E mode: coating thickness 0~1mm, substrate thickness 4~25mm T-E mode substrate thickness 1.5 ~ 200mm Reading: 0.01mm (range&...
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Precision Ultrasonic Caliper - Through Coating (Ignores Paint) - Accepts Extra Sensors
Real-time temperature compensation eliminates error caused by temperature fluctuations Support for both single and double elementary structur...
View full detailsUltrasonic thickness gauges are non-destructive testing (NDT) instruments that measure wall thickness from one side using ultrasonic pulse-echo. They are used on pipes, tanks and metal structures to assess corrosion, wear and remaining thickness without cutting or dismantling.
Available for steel, aluminum, plastics and composites, with options such as high resolution, single/dual element probes, measurement logging and calibration to a known thickness. Choose solutions from Insize & PCE Instruments.
Ideal for maintenance, inspection and quality control in industry, marine and energy, where correct probe selection and couplant use are critical.
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Ultrasonic Thickness Gauges
Ultrasonic thickness gauges are non-destructive testing (NDT) instruments that measure the thickness of materials with access from only one side. They operate by emitting high-frequency sound waves, which travel through the material, reflect off the back surface, and return to the sensor, calculating thickness based on the speed of sound propagation.
- Applications: Ideal for measuring corrosion in piping, fuel tanks, ship hulls, and metal structures without interrupting their operation.
- Materials: Suitable for metals, plastics, glass, ceramics, and composite materials, provided there is good sound conductivity.
- Features: They include Echo-to-Echo functions for measurement through paint and automatic compensation for different material temperatures.




























































































































































































































































































































































































































