High-Sensitivity Imaging for Internal Flaw Detection
X-Ray Radiography is a non-destructive inspection method using electrically generated X-rays to visualize the internal structure of materials. It works on differential absorption—denser or thicker regions absorb more radiation, while voids, inclusions, or cracks allow more to pass through.
X-rays passing through the test specimen are captured on a detector (film, Computed Radiography plate, or Digital Radiography panel). The resulting image reveals hidden internal flaws, variations in material thickness, or discontinuities. X-ray RT offers superior sensitivity and contrast compared to gamma sources, making it ideal for thin materials and light alloys.
BQCIS employs modern X-ray systems operated by certified ASNT Level II/III radiographers, delivering clear, code-compliant images for weld integrity assessment, casting validation, and composite evaluation.
Key X-Ray RT Activities
Key Benefits of X-Ray Radiography
Detects Internal Flaws
Identifies subsurface defects such as voids, inclusions, porosity, and lack of fusion that are invisible externally.
High Sensitivity (Contrast)
Provides exceptional image contrast, particularly effective for thin materials, composites, and light metals such as aluminum.
Permanent Record
Generates a lasting radiographic record (film or digital) of internal integrity for traceability and audit purposes.
Versatile Application
Applicable to welds, castings, pressure vessels, and aerospace components across industrial sectors.
Success Story
X-Ray RT Identifies Internal Porosity in Aluminum Castings
An aerospace manufacturer required verification of internal soundness in aluminum alloy castings used in critical airframe components.
BQCIS performed X-Ray Radiography using optimized exposure settings and digital detectors to identify internal voids and inclusions rapidly and precisely.
High-contrast images revealed unacceptable porosity clusters in select castings, allowing the client to isolate defective batches and prevent costly downstream failures.