Carestream NDT Blogs

Pressure vessels and structural welds are among the most safety-critical components across industries such as oil & gas, petrochemicals, power generation, shipbuilding, aerospace, and heavy manufacturing. Every weld, joint, and curved surface must withstand enormous operational stress, making inspection accuracy non-negotiable. A missed defect can lead to catastrophic equipment failure, costly downtime, environmental damage, or even loss of life.

From transporting crude oil and natural gas to delivering chemicals and water across vast distances, pipelines are among the world's most critical industrial assets. Yet their reliability depends on one essential practice: consistent, high-quality inspection. Whether evaluating newly welded pipelines during construction or assessing aging infrastructure for corrosion and structural integrity, Non-Destructive Testing (NDT)

Every industrial inspection tells a story, but what if the story arrives too late? Whether you're inspecting a critical weld on a cross-country pipeline, evaluating corrosion under insulation (CUI), or verifying the integrity of aerospace components, every minute spent waiting for radiographic images is a minute added to project timelines

Imagine inspecting a critical pipeline carrying crude oil across hundreds of kilometers. A tiny weld defect can eventually lead to production downtime, environmental hazards, costly repairs, and significant safety risks. For decades, industrial radiographers relied on film radiography and later Computed Radiography (CR)

Discover the key differences between rigid flat panel detectors and bendable DR detectors in industrial NDT. Learn how Digital Radiography is transforming weld inspection, pipeline testing, aerospace quality control, and field radiography with faster, safer, more accurate imaging.

Imagine a newly fabricated pipeline destined for a refinery, offshore platform, or power generation facility. The welds, which join each pipe segment to their adjacents, pass visual inspection and appear flawless to the naked eye. But hidden within the weld, there are often microscopic gas pores—small imperfections that compromise structural integrity and lead to premature failure.