Our trace element analysis is designed to detect and quantify minor and ultra-trace elements that influence mineral composition, processing efficiency and environmental impact. It helps industries optimize resource utilization and ensure material compliance.

Trace element analysis focuses on minor and ultra-trace elements present in low concentrations, whereas geochemical analysis provides a broader elemental composition to evaluate mineral deposits and environmental changes.

Proper cutting, crushing, milling, sieving and digestion ensures a homogeneous sample, reducing contamination risks and improving precision in trace-level detection.

We employ ICP-MS and WD-XRF, which offer detection limits ranging from parts per million (ppm) to parts per billion (ppb), depending on the element and matrix type. Micro-XRF is also available but is limited to ppm-level detection.

Yes, upon request, our specialists can interpret data trends and suggest further testing or processing adjustments to optimize material quality.

While trace element analysis itself does not require regulatory approval, it is frequently used in permit applications for mining, industrial operations, and environmental assessments.

If your process involves material refinement, quality control, or exploration for valuable minerals, trace element analysis provides critical data to enhance decision-making.