Want to know what a concrete slab can really handle without damaging it? Our latest blog breaks down how engineers use non-destructive testing (NDT) to assess load capacity, from baseline surveys and material characterisation through to strain monitoring, controlled load testing, and the workarounds when only the top of the slab is accessible.

How reliable is non-destructive testing for concrete structures? We break down its strengths, limitations, and real-world use.

A recent discovery in Pompeii has revealed new insight into why Roman concrete has lasted for centuries. In this article, we explore what the research means for modern concrete durability and how services such as non-destructive testing and concrete condition surveys help assess structural integrity today.

Concrete can look sound on the surface, while hidden defects develop inside. Independent Non Destructive Testing (NDT), backed by strong Quality Assurance (QA), reveals what is happening within a structure without damaging it, so issues like voids, cracking, reinforcement placement, and early corrosion risk can be identified early. The result is safer assets, stronger compliance, and more confident long term decisions.

Pile Integrity Testing is essential for confirming the quality of deep foundations. This blog highlights the key requirements and often overlooked details that help ensure accurate and reliable PIT results.

Ultrasonic tomography is the only proven way to verify Drossbach duct grout fill, ensuring safety and protecting engineers from liability. Read about why GPR falls short and why ultrasonic testing is the professional standard.

In this article we talk about how the real‑world Novi Sad disaster reveals that when QA gaps exist, they don’t just compromise structures—they cost lives.

In this article we talk about how the real‑world Novi Sad disaster reveals that when QA gaps exist, they don’t just compromise structures—they cost lives.