The thickness of materials cannot always be determined by direct measurement as access to both sides is
not always possible.
The effects of corrosion and erosion at the back of a metal panel may reduce its thickness significantly yet
not affect the front surface. Pipelines, for example, may have been eroded by the flow of material inside.
Machined or cast items may have thin walls that cannot be determined by callipers or other non-destructive tests.
Please click on the appropriate image or on the heading for more information about each instrument.
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The SA40 Ultrasonic Wall Thickness / Material Thickness Gauge is a popular ultrasonic wall thickness / material thickness hand held gauge / instrument that is used for measuring the thickness of materials where access to only one side of the test piece is available. Many different materials can be measured including steel, cast iron, plastic, epoxy resin and glass fibre, etc. The instrument has a resolution to 2 decimal places.
Accuracy : +/-1%. Range : 0.8 to 225 mm.
Resolution : +/-0.01mm.
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The TT100 Low Cost Ultrasonic Wall Thickness / Material Thickness Gauge is a popular low cost ultrasonic wall thickness / material thickness hand held gauge / instrument that is used for measuring the thickness of materials where access to only one side of the test piece is available. Many different materials can be measured including steel, cast iron, plastic, epoxy resin and glass fibre, etc. The instrument has a resolution to 1 decimal places. Accuracy : +/-1%. Range : 1.2 to 225 mm. Resolution : +/-0.1mm.
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The TT130 Ultrasonic Wall Thickness / Material Thickness Gauge is a popular ultrasonic wall thickness / material thickness hand held gauge / instrument that is used for measuring the thickness of materials where access to only one side of the test piece is available. Many different materials can be measured including steel, cast iron, plastic, epoxy resin and glass fibre, etc. The instrument has a resolution to 2 decimal places. Accuracy : +/-1%. Range : 1.2 to 225 mm.
Resolution : +/-0.01mm.
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The Elcometer 205 & 206 and 205 & 206 DL Ultrasonic Thickness Gauges are robust, hand held instruments and are used for measuring the thickness of materials where access to only one side of the test piece is available. Many different materials can be measured including steel, cast iron, plastic, epoxy resin and glass fibre, etc. The DL version has the ability to download readings to a computer. Accuracy : +/-0.01mm. Range : 0.63 – 500mm. Resolution : +/-0.01mm.
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The Elcometer 207 and 207 DL Precision Ultrasonic Gauge series of precision ultrasonic thickness gauges are designed to provide accurate measurements on thin materials. Using the latest transducer designs the Elcometer 207 gauges will measure thin materials in one mode and then automatically switch to another mode when measuring thicker materials and plastics. The DL version has the ability to download readings to a computer. Accuracy : +/-0.002mm. Range : 0.15– 25.4mm. Resolution : +/-0.002mm
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The Elcometer 208 and 208DL Ultrasonic Thickness Gauges are simple to use hand held Ultrasonic Thickness Gauges with the capability to measure material thickness whilst eliminating the thickness of the coating (on metal substrates only) making these the ideal gauges for measuring the thickness of the metal substrate without worrying about taking into account the thickness of the coating in your measurement.
The DL version has the ability to download readings to a computer. Accuracy : +/-0.01mm. Range : 0.63 – 500mm. Resolution : +/-0.01mm
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The Elcometer NDT FD700+ & FD700DL+ Flaw Detection Gauges are small powerful hand-held flaw detectors combine state-of-the-art flaw detection with advanced material thickness capabilities. They have the capabilities of an advanced flaw detector in an easy to use hand held device. With all the functionality of the top of the range material thickness gauge, the FD700DL+ flaw detector, when in flaw detection mode offers a variety of tool kits which enable fast and accurate flaw detection, ideal for weld inspection, forgings or composite material testing. A-Scan display : + Rectified, - Rectified, Full Waveform (RF); Flaw detection modes : TRIG, DAC, AWS, TCG, Zero Crossing, Flank, Peak; Measurement Modes : PE, PETP (Temp Compensation), EE (ThruPaint™), EEV, CT (Coating) & PECT. |
