Full-cycle safety and quality assessment

Feeding materials are tested and confirmed to be qualified.

It wastes time and labors with low efficiency to conduct sampling inspection of mass production materials. By indentation detection technology, it eliminates the need for sampling and the on-site testing ensures that feeding materials are 100% qualified.

Mechanical performance and residual stress detection during manufacturing process

parameter evaluation of welding process and quantitative evaluation of equipment’s mechanical performance and residual stress before and after heat treatment – the indentation detection technology realizes rapid non-destructive evaluation, and scientifically guides the welding and heat treatment processes.

Mechanical performance testing of in-service equipment

For in-service metal equipment such as bridges, tracks, pipelines, and pressure vessels, there is no need to destroy and take samples. The indentation detector can be used to quickly identify the mechanical properties of materials, locate potentially dangerous parts, and prevent accidents.

Equipment maintenance

There is no need to prepare standard samples for classified mechanical performance testing. The indentation detector can be used to obtain data of strength, hardness, toughness, residual stress and other parameters in situ, greatly shortening the maintenance period.

Aging life assessment

The mechanical properties of engineering structures will gradually deteriorate with the increase of service time, resulting in a decrease in bearing capacity and an increase in the risk of failure. The integrity of the structure must be regularly monitored. The indentation detector can be used to monitor the mechanical performance of equipment in real time, providing an important reference for life extension evaluation.

Others

Gurion can customize professional non-destructive testing solutions for local mechanical performance based on clients’ actual demands.