The handheld alloy X-ray fluorescence (XRF) spectrometer is an essential tool for Positive Material Identification (PMI) in high-temperature and high-pressure industries such as boilers, containers, pipelines, and manufacturing. It enables reliable material identification in critical national defense and civilian projects, including steel smelting, non-ferrous metals, aerospace, weapon manufacturing, and submarine shipbuilding. In engineering fields like petrochemical refining, fine chemicals, p
The handheld alloy X-ray fluorescence (XRF) spectrometer is an essential tool for Positive Material Identification (PMI) in high-temperature and high-pressure industries such as boilers, containers, pipelines, and manufacturing. It enables reliable material identification in critical national defense and civilian projects, including steel smelting, non-ferrous metals, aerospace, weapon manufacturing, and submarine shipbuilding. In engineering fields like petrochemical refining, fine chemicals, pharmaceuticals, power plants, and aerospace construction, the XRF spectrometer ensures material compliance during equipment and material acceptance to meet engineering standards. Additionally, it is a powerful instrument for identifying metals in the recycling and reuse of scrap metal.
| Item | XRF Core Description |
| Operating Environment | Temperature: -10°C to 50°C; Humidity: 0–95% (at 20°C); Altitude: <5000m |
| Size & Weight | 275mm × 245mm × 82mm; Weight (incl. battery): 1.5 kg |
| Sample Types | Solid, powder, liquid |
| Element & Content Range | Elements: Mg to U; Content: 0.1 ppm to 99.9% (varies by sample) |
| Detector | Peltier-cooled Fast-SDD; Resolution ≤126 eV |
| X-ray Source | Ag target; Voltage: 6–50 kV; Current: 0–200 μA |
| Microcomputer System | Industrial quad-core 1.8 GHz CPU; 2 GB RAM; 40 GB storage; 4.5″ touch display |
| Operating System | Industrial-grade Linux |
| Interfaces & Connectivity | 2× USB ports; Built-in Wi-Fi and Bluetooth; supports PC, Android, Bluetooth printer |
| Remote Control | WinGUI (PC) & Android APP for remote operation and data sync |
| Sample Camera | Built-in micro camera for sample imaging |
| Collimation & Calibration | 2.6 mm collimator；8 channel filter；built in calibration plate；auto calibration, no external standard needed |
| Pressure Compensation | Built in barometer with automatic pressure compensation |
| Analysis Software | NDT analysis software, multiple modes (alloy, ore, catalyst, precious metal, etc.)；user calibration curve support；built in 500+ alloy grade library；customizable report；results in ppm or % |
| Operating Language | Standard English, multi language customizable |
| Radiation Safety | Password protection；sample presence sensor (no X ray in air)；multi angle X ray warning；radiation < 0.15 μSv/h on surface |
| Battery | 6600 mAh Li ion；~8 h working time；hot swappable；charge level shown on handle and screen |
Widely used in quality control, material classification, alloy identification, safety assurance, and accident investigation, it facilitates on-site alloy grade identification and rapid metal composition analysis, addressing the fundamental challenge of raw material analysis in industrial processes. The handheld alloy analyzer incorporates cutting-edge research innovations, making it a reliable tool for identifying metal materials in production. Users can also customize the system according to their specific needs, creating a personalized analysis solution.
Handheld Alloy X-ray Fluorescence (XRF) Spectrometer QA200/300
RoHS Compliance X-ray Fluorescence (XRF) Spectrometer QSRoHS-200/300
Coating and Plating Thickness X-ray Fluorescence (XRF) Spectrometer QTC200S/300/300S
QVA200 Vacuum Type X-ray Fluorescence (XRF) Spectrometer (Capable of Detecting Light Elements)
Language
English