



High Tech NDT, began its work in 1988, opening its doors as a specialized equipment supply company for the general industry (Trading). Later, in 1993, the Corrosion and Cathodic Protection Department began its work, two years later the Department of Engineering and Specialized Services in NDT opened. And then in 1998 the Technical Service Department. For itself, the Energy and Water Division began in 2004, thus committing itself to its Clients in respecting the fundamental values that support it, such as:
Currently, High Tech NDT continues to develop its activities as a service company in the area of Non-Destructive Testing and Cathodic Protection Systems.

Detect and measure defects through the amplitude of the sound reflection produced by the surface of the discontinuity.
The TOFD technique is based on the phenomenon of wave diffraction and measures the time of flight of waves diffracted from the end of a discontinuity (defect).
When the wave beam collides with a defect, its surface generates a reflected wave, while its ends act as a new source of spherical wave points that propagate in all directions (diffracted waves).

Detect the presence of internal and external deterioration that appears in the form of losses in the wall thickness of the heat exchanger tubes such as erosion, corrosion, perforations, breaks and wear.
Used for the inspection of ferromagnetic tubes (carbon steel) in heat exchangers and boilers, offering high sensitivity in the detection of volumetric defects caused by erosion, corrosion, wear and loss of thickness.
Using an inspection probe composed of two coils, one inductor and one receiver, where the inductor coil is excited with low-frequency alternating current and the receiver receives the signal resulting from a remote field that comes from the wall of the tube.
Between 200 and 400 tubes can be inspected per working day, considering their conditions and length.

MAGNETIC PARTICLE testing is a non-destructive testing method that allows the detection of surface or subsurface discontinuities in ferromagnetic materials.

Liquid penetrant testing is a non-destructive testing method that allows the detection of discontinuities in non-porous solid materials, as long as the discontinuities are open to the surface.
Application of Non-Destructive Testing using Penetrating Ink Technique, Evaluation and Analysis of Materials, parts and Welding. According to ASME, API, AWS Standards; in the different stages of Manufacturing, Repair and Maintenance. The most used standards for this test are: ASME Section V art.6, ASME E165, AWS D1.1 among others.