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Non-destructive testing (NDT) is a set of methods and tools that make it possible to determine its state, characteristics and parameters without destroying the object under test. This uses the physical, chemical or other properties of the material, as well as its mechanical and electrical characteristics. Depending on the specifics of the controlled part, material or product, various methods and means are used in NDT. In this case, it is used control and measuring equipment with unique features and capabilities.
Content:
- What types of equipment are used for non-destructive testing?
- Demanded equipment
What types of equipment are used for non-destructive testing?
Depending on the type of controlled part, the nature and degree of development of defects, as well as on the capabilities of the applied methods of non-destructive diagnostics, the industry uses various means to control the quality of manufacturing details. The main methods of non-destructive testing include:
- visual,
- instrumental,
- organoleptic,
- radiation,
- acoustic,
- magnetic,
- ultrasonic,
- radiographic.
Visual inspection is used to detect defects in parts that are not visible to the naked eye, for example, parts with holes, shallow cracks, burrs, flux residues, dirt, and others.
Demanded equipment
Equipment for technical diagnostics and non-destructive testing (NDT) is a special technical means and devices that are used to assess the quality of materials and products without damaging them or destruction. Such equipment can be used in various fields, including industry, construction, engineering, aviation, medicine, electronics and other industries. Some examples of equipment for NDT and technical diagnostics:
- Ultrasonic flaw detectors, which are used to detect defects and damage in metallic and non-metallic materials by measuring the time it takes a sound wave to travel through them.
- X-ray and gamma emitting devices that are used to detect internal defects and abnormalities in materials and structures.
- Endoscopy systems that are used for visual inspection of the internal surfaces of pipes and channels, for example, in plumbing and heating systems.
- Thermographic cameras that are used to measure temperature differences and detect thermal anomalies, for example in electronics or when looking for energy leaks.
- Magnetic flaw detectors that are used to detect defects in metallic materials caused by corrosion or other factors.
All these tools allow for fast and accurate diagnosis of the condition of materials and structures, which can significantly improve the safety, efficiency and durability of various objects and systems.
Posted on 03/10/2023 Updated on 03/10/2023 by User Alexander (administrator)