Learn

Ultrasonic Cylinder Testing Explained

Using ultrasonic sound waves to identify structural flaws in metallic cylinders. Our Ultrasonic Examination (UE) test equipment makes it easy for operators to detect even the smallest defects in metallic cylinders without removing the valve or product!

UE is far superior to hydrostatic testing because it significantly reduces cost, cylinder downtime and water consumption. Our UE machines use ultrasonic sound waves to identify even the most minute structural flaws

They far outperform other test methods with their accuracy, efficiency and versatility

They test a wide array of cylinder sizes – from 3.2” to 10.5” (8.1cm to 26.7cm) in diameter and from 8” to 66” (20.3cm to 1.68m) in height

How it works

During UE testing, a transducer produces an ultrasonic beam that hits the inner wall of a cylinder and then reflects back to a receiver up to a thousand times a second. The returned echo produces an image of a defect, if one is present.

As ultrasonic scanning continues through a cylinder from top to bottom, a two-dimensional picture (much like an X-ray) is produced of the wall of the cylinder. At the same time, the scan reveals the amplitude (voltage) versus time of the actual waveforms – like an oscilloscope display. This allows operators to analyze whether there are structural integrity issues or not.

Why Our Ultrasonic Examination (UE) ?

Test Smarter with UE

Discover the unmatched accuracy, efficiency, and safety of Ultrasonic Examination for your cylinders. Whether you’re looking to minimize downtime or improve testing reliability, PCS has you covered.

Ready to Experience
the Precision of UE Testing?

Ensure your cylinders are safe, compliant, and ready for service—without the hassle.