XRF.
Non-destructive X-ray fluorescence analysis for rapid elemental identification and quantification in solid, powder, and liquid samples.
Non-destructive elemental analysis of solids, powders, and liquids using X-Ray Fluorescence — from sodium to uranium in a single measurement. Widely used across Nepal's cement, mining, metals, and environmental sectors for rapid bulk composition screening without sample destruction.
Mining & Geological Survey
Rapid field and laboratory analysis of ore grades and mineral composition for Nepal's mining and geological research sectors.
Cement & Construction Materials
Quality control of raw materials and finished cement products to meet construction standards.
Environmental Screening
Non-destructive testing of soil and sediment samples for heavy metal contamination near industrial sites.
Metal Alloy Verification
Verifying alloy composition and grade in manufacturing quality control without destroying the sample.
- Elemental Range (Na to U)
- Detection Limits
- Measurement Time per Sample
- Sample Types (Solid/Powder/Liquid)
- Excitation Source Power
What is a XRF used for?
Non-destructive X-ray fluorescence analysis for rapid elemental identification and quantification in solid, powder, and liquid samples.
What are the core applications of a XRF?
Core applications include Mining & Geological Survey, Cement & Construction Materials, Environmental Screening, Metal Alloy Verification.
What are the key specifications to consider when selecting a XRF?
Key parameters include elemental range (na to u), detection limits, measurement time per sample, sample types (solid/powder/liquid).
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