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The Thermo Scientific Niton XL5 is a compact handheld XRF analyzer for alloy identification, positive material identification, precious-metal analysis, coating measurement, and field geochemical analysis. General Metals, Precious Metals, Coatings, and Mining profiles extend the XL5 across industrial metal verification, precious-metal evaluation, multilayer coating inspection, and geological analysis.
General Metals analysis: Determine alloy grade and elemental composition for PMI, incoming-material verification, fabrication inspection, and scrap sorting. The XL5 supports major alloying and microalloying elements, including Nb, V, and Ti for applicable steel-verification work.
Precious Metals analysis with AuDIT technology: Determine Au, Ag, Pt, Pd, and associated alloying elements for precious-metal evaluation. AuDIT adds screening for indications of gold plating and characteristics associated with adulterated material.
Coatings analysis: Measure coating thickness or coat weight for up to four defined layers over a substrate. Coating layers may consist of pure metals, alloys, or compounds, supporting multilayer inspection across a range of finishing and manufacturing applications.
Mining and geochemical analysis: Analyze geological materials for mineral exploration, ore evaluation, process control, pathfinder-element work, and industrial-mineral applications.
Multi-range elemental analysis: Main, Low, and Light analytical ranges address different elemental groups. Analytical coverage includes Ag, Al, Au, Bi, Cd, Co, Cr, Cu, Fe, Hf, Mg, Mn, Mo, Nb, Ni, P, Pb, Pd, Re, and Ru, among other elements supported by the XL5 analytical platform.
5 W Ag-anode X-ray tube: Dynamically adjustable current supports sensitive elemental analysis across metals, coatings, and geological materials.
Compact 2.8 lb handheld format: The small measurement geometry supports access to welds, joints, corners, components, and field samples while remaining practical for repeated measurements.
Touchscreen operation: Access analytical profiles, libraries, results, and instrument settings directly from the analyzer.
| Profile | Primary Function | Typical Analytical Work |
|---|---|---|
| General Metals | Alloy grade and chemistry identification | PMI, alloy verification, microalloy analysis, incoming inspection, and scrap sorting |
| Precious Metals | Precious-metal composition analysis | Au, Ag, Pt, Pd analysis, alloy evaluation, and AuDIT screening |
| Coatings | Coating thickness and coat-weight measurement | Up to four defined coating layers over a substrate |
| Mining | Geochemical elemental analysis | Exploration, ore evaluation, process control, pathfinder analysis, and industrial minerals |
Positive material identification: Verify alloy grade and chemistry on piping, fabricated components, incoming stock, and installed metal assets.
Precious-metal evaluation: Assess precious-metal composition for buying, trading, recycling, refining, and material-verification workflows.
Coating inspection: Measure defined coating systems for metal finishing, manufacturing, fabrication, and quality-control work.
Scrap and recycling sorting: Identify and segregate alloy grades according to elemental composition for recovery and processing.
Mining and geochemical field analysis: Evaluate geological samples during exploration, ore assessment, process monitoring, and industrial-mineral work.
| Instrument Type | Handheld X-ray fluorescence (XRF) analyzer |
|---|---|
| Installed Profiles | General Metals; Precious Metals; Coatings; Mining |
| General Metals | Alloy grade and chemistry identification for industrial metals |
| Precious Metals | Analysis of gold, platinum, silver, palladium and alloying elements; AuDIT technology for gold plating and adulterated-material detection |
| Coatings | Coating thickness or weight measurement for up to four layers over a substrate |
| Coatings Calibration | Standardless Fundamental-Parameter (FP) calibration |
| Supported Coating Layers | Pure metals, alloys and compounds |
| Supported Coating Substrates | Pure metals, alloys, plastics and wood |
| Mining Calibration | Fundamental-Parameter (FP) based calibration with user type standardization capability |
| Mining Beam Conditions | Up to four conditions: Main 4-30 keV; Low 3-6 keV; High 20-40 keV; Light Element 1-3 keV |
| Mining Uranium Performance | Documented determination down to 10 ppm in referenced uranium ores, phosphates, sediments and soils |
| Microalloy LOD - 15 sec | Ti 0.0036%; V 0.0036%; Nb 0.0012% in carbon steel |
| Microalloy LOD - 30 sec | Ti 0.0025%; V 0.0025%; Nb 0.0008% in carbon steel |
| Microalloy LOD - 60 sec | Ti 0.0018%; V 0.0018%; Nb 0.0006% in carbon steel |
| X-Ray Tube Rating | 50 kV, 0.5 mA, 5 W |
| Detector Type | KETEK 7V |
| Installed Alloy Libraries | XL5 Alloy Library (1.11); XL5 Alloy Library DIN (1.1); XL5 Alloy Library GB (1.0); XL5 LM Quick Sort Library (1.3) |
| Configured Threshold Sets | Consumer Goods (1.0); Detection (1.0); RoHS (1.0) |
| Connectivity | Wi-Fi, Bluetooth and USB |
| Display | Tilting color touchscreen with directional controls |