How to inspect the high-pressure GS cylinder--2MHz contact UT probe
How to inspect the high-pressure GS cylinder is critical for the manufacturer or the end user without any damage onto the GS cylinder, and also, the precisely and fast. We have to think of the structure of the GS cylinder, such as the near-surface which is consists of coating layer( which would be 2-3mm thickness, and the material of the GS cylinder( which would be 5mm thickness,even thicker), it is apparently the Ultrasonic non-destructive is the best option for the inspection.
In contrast to traditional inspection methods, 2M Contact UT probe facilitates the inspection of high-pressure seamless gas cylinders without disassembly. This approach utilizes High-Frequency ultrasonic Testing, a technology that leverages short wavelengths, minimal attenuation, and long-range propagation characteristics to achieve volumetric non-destructive evaluation of internal defects.
The 2M contact UT probe is dual element which has transmitter and a receiver crystal inside the UT probe, which can generate 2MHz Ultrasonic wave to penetrate though the detecting gas cylinder, Utilizes piezoelectric crystals that undergo mechanical deformation under an alternating electric field, converting high-frequency voltage signals into ultrasonic waves. When a wave encounters an area of wall thinning (corrosion), it generates reflection, refraction, and scattering. By capturing these energy waves via a receiver crystal and analyzing the return signal amplitude relative to the propagation distance, the precise location and severity of the defect can be calculated.
The NDT represents a significant leap in asset integrity management for high-pressure gas cylinders. By eliminating the requirement for disassembly and surface stripping, this Ultrasonic testing method mitigates the risks of mechanical damage and secondary corrosion inherent in conventional protocols. It offers a superior value proposition by combining high-sensitivity defect detection-capable of identifying micro-cracks and pitting-with the operational efficiency of long-range, in-site screening. Ultimately, this technology transforms a complex, distinct-location maintenance cycle into a streamlined, cost-effective, and data-rich diagnostic process.
We are the professional manfacturer of ultrasonic technology, so please contact us if you want more topics that we can discuss.
Contact Person: Elden Zhang
Whatspp: 86-137-6015-2822
Email: info@sonerc.com
