Home Products Handheld XRF Spectrometer

Handheld XRF Spectrometer

Product Item : ZHIYI-170
Category： Products
XRF Spectrometer
Metal Spectrometer
Metal XRF Spectrometer
Gold XRF Spectrometer
Product description：X‑ray Fluorescence (XRF) Analyzer uses primary X‑rays to irradiate a sample. When high‑energy X‑rays with energy exceeding the binding energy of inner‑shell electrons collide with atoms, inner‑shell e
INQUIRY

1. Product Introduction

Working Principle

X‑ray Fluorescence (XRF) Analyzer uses primary X‑rays to irradiate a sample. When high‑energy X‑rays with energy exceeding the binding energy of inner‑shell electrons collide with atoms, inner‑shell electrons are ejected, creating vacancies and exciting atoms to an unstable state. Electrons from outer shells transition inward to fill vacancies, releasing energy in the form of secondary X‑rays (X‑ray fluorescence).

Each element emits characteristic X‑rays with unique energy and wavelength, enabling qualitative elemental analysis. The intensity of characteristic X‑rays correlates with elemental content, supporting quantitative analysis.

Rapid Grade Identification: Identifies and sorts alloy grades in 1 second, with on‑screen grade comparison to streamline scrap sorting and metal manufacturing inspection.
User‑Friendly Interface: Smartphone‑like UI reduces training time and simplifies operation.
Accurate & Repeatable Results: Ultra‑low‑noise electronics deliver high X‑ray count rates for fast, repeatable measurements.
Powerful Database: Built‑in library of 250+ standard alloy grades (stainless steel, alloy steel, copper alloy, titanium alloy, nickel alloy, cobalt alloy, tungsten alloy, tin alloy); supports 300 custom alloy grades for in‑house applications (die steel, bearing steel, wear‑resistant alloy, power materials).
Robust & Cost‑Effective: Operates stably at ‑20°C to 50°C; dust‑/water‑proof protective film; 316 window cover prevents detector damage; one‑button power on/off.

2. Technical Parameters

Weight: Basic 1.6 kg; 1.65 kg with battery
Dimensions (H×W×L): 250 mm × 75 mm × 270 mm
Excitation Source: Silver (Ag) or Tungsten (W) target X‑ray tube (standard)
Voltage/Current/Power: 35 kV, 100 mA, 4 W high‑power micro X‑ray tube
Filter: Aluminum filter
Detector: High‑performance high‑resolution Si‑Pin X‑ray detector
Detector Cooling: Peltier thermoelectric cooling, ‑35°C
Standard Sample: External 316 standard cap with test window protection
Resolution: < 190 eV
Power Supply: 2 rechargeable Li‑batteries (8 hours runtime), AC power
Processor: Intel 400 MHz StrongArm
OS: Industrial control dedicated OS
Software Mode: Alloy mode
Data Storage: 32G memory card; stores ≥40,000 test data sets and spectra
Analysis Methods: Fundamental Parameters (FP), Compton normalization, empirical calibration
Data Display: ppm, percentage (%), spectrum/peak intensity, user‑defined units
Data Transmission: USB dual‑way interface; Type‑C port
Display: 3.5‑inch industrial TFT color touchscreen, high resolution, readable in all lighting
Design: Integrated rugged body, waterproof, dustproof, freeze‑proof, shockproof for field use
Safety: One‑touch trigger; auto‑lock trigger/timer; X‑ray shuts off in 2 seconds if no sample is detected
Operating Environment: Temperature ‑20°C to +50°C; Humidity < 80% RH
Calibration: Factory calibrated; supports custom calibration curves for specific samples
Reporting: Export data to Excel; transfer to PC/network; user permissions; customizable reports; print function
Radiation Safety: Radiation dose rate < 2.5 μSv/h at handle and 10–100 cm from housing
Element Content Range: 0.01% – 99.99%

3. Performance Features

High‑performance Si‑Pin detector for superior accuracy.
On‑site, fast, non‑destructive, accurate testing; displays alloy grade, elements, and percentage in 2 seconds.
4 W X‑ray tube optimizes detection limits and radiation safety.
Smart Beam technology automatically selects beam paths based on elemental content.
‑35°C detector cooling delivers excellent resolution.
Averaging function improves measurement repeatability and precision.
Intelligent detection for irregular or tiny samples (down to 0.06 mm fine wire).
Auto‑stop: X‑ray cuts out in 2 seconds without sample.
Extendable probe for hard‑to‑reach areas (pipe inner walls, welds, small parts).
Onboard editing/viewing of test data; add/edit/delete alloy grades without a PC.
Aluminum alloy housing for better heat dissipation and shock resistance.
Humanized one‑button operation; no need to hold the trigger during testing.
Data output to PC for printing; standard report templates for easy editing.
Remote monitoring and diagnostics; 24/7 online support for software and maintenance.
Auto‑standardization at startup with built‑in standard block; only operates if calibration passes.
Fundamental Parameters (FP) method requires no prior sample information or curve selection.
Export data to Excel via USB for archiving and printing.

4. Measured Elements & Grade Library

Measured Elements

Covers all elements from Ti (Titanium) to U (Uranium).

Standard 21 metal elements:

Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Hf, Ta, W, Pb, Bi, Zr, Nb, Mo, Sn, Sb, In, Re

Built‑in Grade Database

Iron‑based Alloys: 304, 316, 410, 17‑4 PH, 2205 Duplex, tool steels, low‑alloy steels, etc.
Nickel‑based Alloys: Inconel 625/718/750, Hastelloy C‑276/C‑22/B2, Monel 400/500, etc.
Cobalt‑based Alloys: F‑75, HS‑25 (L605), Haynes 188, etc.
Copper‑based Alloys: CDA 110, CDA 630, CDA 954, etc.
Titanium‑based Alloys: Ti‑6Al‑4V (Ti6‑4), Ti‑10‑2‑3, etc.
Aluminum Alloys: 6061, 7075, 5083, 1100, etc.
Mixed Alloys: Tungsten, Zirconium, Carbide, etc.

5. Standard Packing List

Handheld XRF Spectrometer Main Unit ×1
Professional Alloy Analysis Software ×1
Rechargeable Li‑battery ×2
Battery Charger ×1
316 Standard Cap ×1; 316 Disc ×1
User Manual ×1
Factory Inspection Certificate ×1
Window Protective Film ×2
Waterproof Hard Carrying Case ×1

6. Installation & Commissioning

Inspect outer packaging with customer before unpacking; verify host and accessories for damage.
Onsite training covers principle, structure, operation, maintenance, troubleshooting, software use, method setup, and sample testing.
1–2 operators recommended for training.

7. After‑Sales Service