We see what lies inside the steel.

Phased Array Ultrasonic Testing

An advanced ultrasonic technique using a probe with many small elements (typically 16 to 128) to generate and electronically steer the sound beam.

It detects flaws in welded joints and many types of materials with high precision.

Eddy Current Testing

An electromagnetic method that detects surface and near-surface defects in ferromagnetic materials and welds — even through a light coat of paint, with no need to remove the coating.

Liquid Penetrant Testing

One of the best methods for detecting surface flaws in ferrous and non-ferrous metals, aluminium, alloys, ceramics, glass and some plastics. It also locates leaks in pipes, tanks and welds.

1. Application The liquid is applied to the surface of the part.
2. Penetration By capillary action, it enters the discontinuities.
3. Development Once the excess is removed, the developer reveals the flaws.

Magnetic Particle Testing

A magnetic field runs through the part; the applied particles are attracted to any discontinuity, forming a clear indication of the defect.

Materials

Ferromagnetic only

Detects

Cracks, laminations, laps, segregations

Advantage

Surface and near-surface flaws with high precision

Thickness Measurement

The most common use of ultrasonics. It needs no access to the opposite wall, so corrosion wear can be tracked without stopping the equipment — essential for assets that run for years without shutdown.

Conventional Ultrasonic Testing

Detects internal flaws through the reflection of sound waves. An ultrasonic pulse is sent by a probe coupled to the material; echoes from flaws or the back wall are converted into signals and shown on screen.

It identifies cracks, laminations, lack of penetration, laps and segregations.