Ultrasonic Material Thickness Gauges

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The thickness of materials cannot always be determined by direct measurement, as access to both sides is not always possible. Ultrasonic Material Thickness Gauges allow you to test the thickness of a pipe from one side.

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.The Elcometer range of ultrasonic material thickness gauges has been designed specifically to be easy to use, calibrate, take readings and create inspection reports.

With a wide range of measurement modes including: Pulsed Echo (PE), Echo Echo ThruPaint™ (EE) and Velocity Mode (VM), and a wide range of intelligent dual element transducers, the new ultrasonic thickness gauges can measure the material thickness of virtually any material such as metals, plastics, glass, epoxies and ceramics.

Ideal for measuring material thickness when only one side of the material is accessible, the ultrasonic thickness gauges can measure the material thickness and sound velocity of coated and uncoated surfaces.

From a steel thickness gauge to a gauge which ignores the thickness of the coating, Elcometer has a complete range of ultrasonic thickness gauges to meet your specific requirements. The more sophisticated gauges also have the capacity to be able to store data and download readings to a computer with the free ElcoMaster^®software.

BAMR also offers a more competitively priced range that can be used for predominantly steel application. These units range from the entry level model that has a 1 decimal resolution to the more sophisticated model that has a 2 decimal resolution and can download readings to a computer.

26 Oct 2017

TT2110 Low Cost Ultrasonic Wall Thickness Material Thickness Gauge

by Graham Duk | posted in: Products, TT & SA Ultrasonic Thickness Gauges, Ultrasonic Material Thickness Gauges | 0

The TT2110 Low Cost Ultrasonic Wall Material Thickness Gauge is a hand held microprocessor controlled thickness gauge specifically designed for measuring the thickness of metallic and non-metallic materials e.g. aluminium, titanium, plastics, ceramics, glass and other good ultrasonic wave-conducting as long as the material has parallel top and bottom surfaces. With uses in many areas of industry, the TT2110 can perform precise measurements on various types of raw materials, components parts, and assembled machinery. It can also be used to … Read More

18 May 2016

Elcometer MTG8 Ultrasonic Material Thickness Gauge

by Graham Duk | posted in: Corrosion Ultrasonic Thickness Gauges, Elcometer Ultrasonic Material Thickness Gauges, Products, Quality Control Instruments, Ultrasonic Material Thickness Gauges, Ultrasonic NDT | 0

With a choice of calibration options, measurement modes – including high speed scan mode, display options and data-logging, the Elcometer MTG8 Ultrasonic Material Thickness Gauge is ideal for taking readings on a wide range of coated and uncoated materials and downloading data for further analysis and reporting. The Elcometer MTG8 Ultrasonic Material Thickness Gauge is the top of the range gauge with all the features and functionality necessary for measuring material thickness and velocity on virtually any material and for … Read More

17 May 2016

Elcometer MTG6 Ultrasonic Material Thickness Gauge

by Graham Duk | posted in: Coating Inspection, Corrosion Ultrasonic Thickness Gauges, Elcometer Ultrasonic Material Thickness Gauges, Products, Quality Control Instruments, Ultrasonic Material Thickness Gauges | 0

With a choice of calibration options, measurement modes – including high speed scan mode, display options and data-logging, the Elcometer MTG6 Ultrasonic Material Thickness Gauge is ideal for taking readings on a wide range of coated and uncoated materials and downloading data for further analysis and reporting. As well as all the features of the MTG4, the Elcometer MTG6 Ultrasonic Material Thickness Gauge has additional calibration options; 2-Point, Velocity and Thickness Set. The MTG6 offers Velocity Mode (VM) which … Read More

16 May 2016

Elcometer MTG4 Ultrasonic Material Thickness Gauge

With a choice of calibration options and measurement modes, the Elcometer MTG4 Ultrasonic Material Thickness Gauge is ideal for taking readings on a wide range of coated and uncoated materials. As well as all the features of the MTG2, the MTG4 has two calibration options. Using an uncoated sample of test material of a known thickness, the gauge can be calibrated using 1-Point calibration. Alternatively, the user can select one of 39 pre-set materials stored within the gauge including; aluminium, … Read More

16 May 2016

Elcometer MTG2 Ultrasonic Material Thickness Gauge

The Elcometer MTG2 Material Thickness Gauge with automatic transducer recognition, which ensures correct probe identification even when the transducer is changed, and with a measurement rate of 4Hz (4 readings per second) and integral zero disc ensuring maximum accuracy of ±1%, makes the MTG2 ideal for taking basic thickness measurements. The MTG2 is supplied complete with 5MHz, ¼” transducer and is pre-calibrated for measuring on steel only with a thickness range of up to 500mm in Pulsed-Echo (P-E) mode. Compatible … Read More

8 Apr 2015

SA40 Ultrasonic Wall Thickness / Material Thickness Gauge

by Graham Duk | posted in: Coating Inspection, Products, TT & SA Ultrasonic Thickness Gauges, Ultrasonic Material Thickness Gauges, Ultrasonic NDT | 0

The SA40 Ultrasonic Wall Thickness Gauge is a hand held thickness gauge specifically designed for measuring the thickness of metallic, and non-metallic materials from one side where it is not possible to gain access to the other side. Materials that can be measured includes : aluminium, titanium, plastics, ceramics, glass and other good ultrasonic wave-conducting materials, as long as the material has parallel top and bottom surfaces.