This kind of testing is commonly used to conduct examinations and make measurements. UT can be used to detect imperfections or changes in materials as well as to determine thicknesses of objects and to monitor pipework corrosion. UT is a very useful and versatile NDT method. Some of the advantages of this form of inspection include its sensitivity to both surface and subsurface flaws making it a highly accurate method. In addition, the depth of penetration or measurement is superior to all other NDT methods as detailed images can be produced with automated systems.

DPI is one of the most popular forms of NDT because it is a low-cost inspection method and can be used to locate defects in all non-porous materials - metals, plastics or ceramics. This process is also called Liquid Penetrant Inspection (LPI) or Penetrant Testing (PT) and is used to detect casting, forging and welding surface defects like cracks, surface porosities, leaks in new products and fatigue cracks on in-service components.

MPI is a widely-used NDT process that induces a magnetic field in ferroelectric materials (like iron, nickel, cobalt and some of their alloys) to allow the identification of cracks at the surface or just below, as well as discontinuities in items such as weldment and powdered metal products. We can calculate what the imperfection is, what could have caused it, and what action can be taken.

Radiography involves the use of X-rays to examine parts and products for imperfections. Triton NDT methodology directs radiation through a specific part and onto a film in order to locate any imperfections.

Hardness testing is a non-destructive test method for measuring the resistance of a material to deformation, specifically to the indentation or scratching of its surface. It is a non-destructive method that involves applying a controlled load, typically in the form of a rounded or pointed object, onto the surface of the material to create an indentation or impression.

We offer a range of services related to radiation safety, including conducting risk assessments, developing local rules, providing on-site monitoring for radioactive contamination, offering basic radiation safety awareness courses, managing disused radioactive sources, and providing radioactive-free certification. The goal of a Radiation Expert/Advisor is to ensure that organizations and individuals are knowledgeable about radiation safety principles and practices, and to help them minimize risks associated with radiation exposure.

We also provide procurement of NDT (Non-Destructive Testing) instruments, equipment, and accessories involves sourcing and purchasing the necessary tools and materials for conducting non-destructive testing on a variety of materials and structures. This process includes identifying the specific NDT methods required for a particular application, selecting appropriate equipment and accessories, and purchasing them from trusted suppliers. It also involves ensuring that the equipment and accessories meet industry standards and regulatory requirements, and that they are properly maintained and calibrated for accurate testing results. The goal of procurement of NDT instruments, equipment, and accessories is to support the safe and efficient operation of various industries by ensuring that materials and structures are tested and inspected without causing damage to the underlying materials.