Magnuflux | Precision NDT

Sonotech UT Couplants for Precision NDT

Ultra Sound adds a new dimension to NDT (Non Destructive Testing) techniques and MX industrial is a leader in the supply and use of this type flaw detection.  When you need state of the art testing that leaves no room for errors, you need precision equipment such as our range of Sonotech ultrasonic couplants. This type of testing Is vitally important across a range of strategic industries, including It is a form of non-destructive testing used in many industries including aerospace, automotive and other transportation sectors.

Our Sonotech UT (ultrasonic testing) equipment makes use of high frequency sound energy to measure, examine and ultimately detect flaws. When there is an inconsistency(such as a crack or porosity) in the path of the sound wave, part of the wave  energy will be reflected back from the blemish or surface flaw and this will be clearly indicated on the screen.

Our Sonotech equipment and UT testing devices can detect blemishes and faults across a range of materials, including metals, alloys, concrete, plastic and wood.  There are many other benefits to NDT testing performed with our Sonotech devices

  • Can easily detect both surface and subsurface irregularities
  • Improved flaw detection or measurement compares to other NDT methods.
  • Accurate and instantaneous Minimal part preparation is required.
  • Measurements such as thickness in addition to fault detection

Sonotect UT Couplants and related devices find effective application in many industries, from foundries to aircraft, from transport to aerospace.

Here at MX Industries we don’t only supply cutting edge NDT equipment and testing devices. Our trained team members are experts in the fields of NDT an UT and we understand and appreciate the importance of these types of tests and procedures.

Whatever your non-destructive testing requirements, be it aircraft wings, complex castings or railway tracks, we are to help ensure you use the best possible testing equipment and related techniques.

December 6, 2013