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Ultrasonic thickness gauges are used throughout industry to measure the thickness of a material where a conventional micrometer or other callipers are unable to be used – for example when you cannot access the other side of the material. They work by transmitting a signal through the material and measuring the time taken for the signal to rebound at the other side. However with all measuring instruments over time they can slowly fade in accuracy and often these critical measurements mean the difference between leaving an item in service or removing it for maintenance. So if your gauge is playing up and reading a greater thickness than what there actually is then consequences may be huge – safety breaches, production stopped, equipment failure etc. The only way that you can be sure that your ultrasonic thickness gauges are reading accurately is to have them regularly calibrated. TEX Onsite can do this cheaply and quickly, onsite and at the same time we are at your workshop we can look after all your other measurement instruments. Check out our full range of services to see what else we can look after, TEX Onsite’s aim is to be your single service provider for all your testing and calibrating needs. All you need to do is make one simple phone call and your compliance hassles will start to disappear.

Ultrasonic Thickness Gauges
TEX Onsite offers on-site calibration of your ultrasonic thickness gauges traceable to national reference standards.
Suitable for all ultrasonic thickness measuring instruments.

Advantage
Digital ultrasonic thickness gauges are versatile instruments for measurement of engineering structures which can only be accessed from one side. Regular
calibration will document the accuracy of your equipment so you know your measurements are correct and help you to:
  • Reduce down time due to equipment failure
  • Provide a safe working environment
  • Meet work safe requirements
  • Comply with Australian and industry standards
  • Meet ISO9000 and Legislative requirements
Specifications
Six references points traceable to national standards:
  • Ranging from 1.5mm to 20mm.
  • Accuracy of ±4µm
  • Sound velocity of 5960 m/s