Benefits of Ultrasonic Concrete Testing Equipment

The right equipment can make it easier to examine and determine the quality of concrete. Ultrasonic pulse velocity testing equipment is one of the most essential instruments that you can use for conducting tests on concrete. High-quality ultrasonic concrete testing equipment offers data acquisition, complete control of transmission parameters, and waveform analysis. It can conduct conventional pulse velocity and transit time measurements, as well as surface velocity, perpendicular crack depth, and path length measurements. High-end ultrasonic concrete testing equipment comes with an optimised pulse shaping for better transmission range, even with lower voltage levels. Together with automated receiver gain and transmitter voltage, the equipment ensures optimum signal levels for stable and accurate measurements. 

Modern ultrasonic concrete testing equipment is a touchscreen unit that can control traditional ultrasonic pulse velocity transducers and pulse echo transducers. A material’s pulse velocity depends on the elastic properties and density, and these are related to the material’s strength and quality. Hence, ultrasonic concrete testing equipment is useful for many different applications such as identifying the presence of cracks, voids, and other internal defects and imperfections. Likewise, it is useful in determining a material’s homogeneity, and the changes in concrete that may occur over time or due to damage by chemical attack, frost, or fire. 

Ultrasonic concrete testing equipment is useful in determining the modulus or the strength of a material. It can help identify the quality of the concrete in relation to certain standard requirements. Some users may rely on the equipment to find Poisson’s ratio and calculate the E modulus, or conduct single-sided thickness measurements. The most modern equipment is not merely used on concrete, but also on timber, refractories, and ceramics. 

The equipment is designed with the harshest conditions in mind. Rest assured—the housing of a high-end ultrasonic concrete testing instrument is shock-absorbent and capable of resisting extreme conditions. The high-resolution screen offers sharp images for an easier way to analyse measured waveforms. Settings are directly accessible from the screen, and users may store results on-board.
Location: Niddrie VIC 3042, Australia

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