THC concrete ultrasonic tomography scanner

The CH concrete ultrasonic tomography scanner is a non-destructive testing instrument used to test the integrity of objects such as concrete, reinforced concrete, and stones at one end. It can explore external intrusions, defects, cracks, and honeycomb pipes in materials, as well as measure the thickness of objects. The measurement results are presented in the form of B-Scan cross-sectional images, which makes the measurement results easier to understand and facilitates quick analysis of the object. Specialized software allows for the reconstruction of cross-sectional images from massive 3D data and the generation of 3D images of the internal structure of objects.

Application scope of TCH concrete ultrasonic tomography scanner

Can accurately detect various defects formed on the composite surface of prefabricated concrete structures; Testing and maintenance in the fields of reinforced concrete construction, bridges, tunnels, highways, integration, etc.

The main application of TCH concrete ultrasonic tomography scanner

Detection of internal defects such as holes and looseness in concrete

Quality inspection of the interface between new and old concrete

Crack depth and direction detection

Surface damage layer depth detection

Internal quality inspection of steel tube concrete

Compaction testing of prestressed pipeline grouting

Phased Array Ultrasonic Imaging Method - The ultrasonic phased array transducer is composed of multiple independent piezoelectric chips arranged in an array. The electronic system controls the excitation of each chip unit according to certain rules and timing to adjust the position and direction of the control focus. Advantages: It can achieve continuous scanning of single-sided areas, which can overcome the influence of steel bars in concrete structures to a certain extent. Compared with steel bars, it is more sensitive to defects. The SAFT-C synthetic aperture focusing imaging three-dimensional data processing technology has the advantages of accurately locating the position and range of defects.