Ultrasonic testing (UT) plays an important role in verifying the quality of explosion-bonded clad plate. At Jinglei Technology, inspection is not limited to a single point in the manufacturing process. Incoming material inspection, ultrasonic testing after explosion bonding, physical and chemical testing of samples, and subsequent ultrasonic inspection form part of the inspection sequence.

Pressure vessels and process equipment are often designed around defined operating conditions: pressure, temperature, process-fluid composition and the expected corrosion mechanism. Actual operation, however, is not always steady. Start-up, shutdown, process switching, flushing and temporary interruptions can change the chemical environment at the metal surface, sometimes creating conditions that differ substantially from those assumed during normal operation.

From October 21 to 23, 2026, Jinglei Technology will participate in the 31st International Conference & Exhibition Oil & Gas of Turkmenistan (OGT 2026). We warmly invite you to visit us at Booth 2574 to discuss your project requirements and explore potential cooperation opportunities.

For an explosion-bonded clad tubesheet, the central engineering question is not only whether the selected alloy resists the process fluid. It is whether the bonded material system, after machining and tube attachment, can maintain the required corrosion barrier while the base metal continues to perform its structural role.

Ultrasonic testing (UT) plays an important role in verifying the quality of explosion-bonded clad plate. At Jinglei Technology, inspection is not limited to a single point in the manufacturing process. Incoming material inspection, ultrasonic testing after explosion bonding, physical and chemical testing of samples, and subsequent ultrasonic inspection form part of the inspection sequence.

Pressure vessels and process equipment are often designed around defined operating conditions: pressure, temperature, process-fluid composition and the expected corrosion mechanism. Actual operation, however, is not always steady. Start-up, shutdown, process switching, flushing and temporary interruptions can change the chemical environment at the metal surface, sometimes creating conditions that differ substantially from those assumed during normal operation.