X-Ray Fluorescence Spectrometer (XRF)

What is X-Ray Fluorescence Spectrometer?

X-ray fluorescence (XRF) uses X-rays and fluorescence technology. When primary X-rays are irradiated on the sample to be tested, the secondary X-rays generated are called X-ray fluorescence. The composition and energy of the substance are analyzed by analyzing the wavelength and energy of the fluorescence.

XRF has the advantages of a simple spectrum, no damage to samples, simple operation, rapid determination, etc., and is widely used in geology, metallurgy, mining, non-ferrous metals, marine, biochemical, environmental, petrochemical, commodity inspection, electronics, public security, and archaeology, Refractory materials, and building materials industry, and other fields.

Explore-M1-2

Handheld XRF

Handheld XRF analyzer using an integrated group of instrument components that are sealed in an ergonomically designed, lightweight body.

EDX3600H-白底2

Desktop XRF

The high-performance desktop XRF is equipped with globally advanced analysis technology, an intelligent vacuum system, and developed electronic technology. Combined with a low-energy tube vacuum system and low background technology. It efficiently reduces testing interference and improves energy resolution of Mg, Al, Si P, and other light elements in geology and minerals, and accordingly an ideal choice for quality control in large and middle-scaled enterprises

Applications of X-Ray Fluorescence Spectrometer

XRF for Mineral

XRF for Mineral

  1. Widely used in geological industry: ore detection, slag refining, archaeological research. (iron ore, copper, chromium, molybdenum, tungsten, tantalum ore, lead-zinc ore, nickel laterite ore, copper nickel sulphide etc.)
  2. Composition analysis of alloys.
  3. Gold in ore or alluvial gold detection.
  4. Other minerals detection.

Drawell XRF Recommends:

XRF for Alloy

XRF for Alloy

  1. Nondestructive, rapid and accurate analysis of alloy elements and alloy grade identification on the site.
  2. Metal identification /scrap metal sorting.
  3. QA/QC management in metal production, processing, casting, etc.
  4. Identification of positive materials, oil refining and petrochemical industry.
  5. Thermal power plant, hydroelectric power station, nuclear power plant.
  6. Accurate element analysis of raw material and PMI identification.

Drawell XRF Recommends:

XRF for Precious Metal

XRF for Precious Metal

  1. Nondestructive, rapid and accurate analysis of Precious Metals.
  2. Precious Metals Grade identification.
  3. Precious Metals elements and contents analyze.
  4. Content testing of precious metals Au, Pt, Ag in all kinds of ornaments.
  5. Used in pawn shops, jewelry industry, banking industry, jewelry testing centers, mining, precious metal recycling, precious metal material research laboratories, etc.

Drawell XRF Recommends:

XRF for RoHS

XRF for RoHS

  1. RoHS detection and analysis.
  2. Detecting hazardous substances in electric and electronics industries, electroplating industries, various materials, plastics, wood, glass and others.
  3. Detection for electroplating industries.

Drawell XRF Recommends:

XRF for Soil

XRF for Soil

  1. Soil pollution survey and environmental assessment
  2. Soil pollution emergency treatment and remediation
  3. Rapid inspection and measurement of metal components in polluted water, waste water, the polluted ways, the polluted boundary.
  4. Real-time monitoring RCRA related metals and priority control polluted metals.
  5. Used to analyze for sand, sludge, solid waste, soil, mud, dust, powder, filter material, etc.

Drawell XRF Recommends:

XRF for Catalyst

XRF for Catalyst

  1. Raw material testing of catalyst products
  2. Identification of car catalyst products
  3. Quality control in the manufacture of catalyst products
  4. Recovery and evaluation of car catalyst converters

Drawell XRF Recommends:

XRF for Cement

XRF for Cement

  1. Building materials (cement, glass, ceramics)
  2. Metallurgy (steel, non-ferrous metals)
  3. Petroleum (trace elements S, Pb etc)
  4. Chemical engineering
  5. Geography and Mining
  6. Commodity and Quality Inspection

Drawell XRF Recommends:

Features of XRF Spectrometer

Handheld XRF

  1. Small, light, and easy to carry.
  2. High-speed processing chip, resulting in even faster analysis.
  3. High-performance X-ray Tube, super-high detection resolution.
  4. One-touch operation, easy to operate by non-technical users.
  5. Nondestructive testing (NDT).
  6. Drawell analysis software.
  7. Power saving can automatically switch to standby mode.
 X-Ray Fluorescence Spectrometer

Desktop XRF

  1. High precision, fast testing speed, easy operation, etc.
  2. Bear several testing analysis modes, including alloy soil precious, and RoHS.
  3. Testing samples can be solids, liquids, and powders.
  4. Highly efficient super-thin window-ray light tube, which is specially developed for mineral testing, reaches the international advanced level.
  5. Automatic switch of collimator and filter according to different samples, eliminating the troublesome manual operation.
  6. Software protection: Automatic shut-down of software program when opening the cover during testing.
  7. Principle of Wavelength Dispersive Spectroscopy.
DW-NP-5010

Different Applications of Spectrophotometer

Application Spectrophotometer Type Picture Model
Gold in Ore, Metallurgy.
Geology, Mining, Petroleum.
Cement, Soil, Medicine, etc.
AAS DW-AA320NR Atomic Absorption Spectrophotomete DW-AA320N
Alloy, Mineral, Precious Metal, RoHS, Catalyst etc. XRF Desktop XRF (DW-NP-5010) DW-NP-5010
Product-EDX3600H EDX3600H
xrf truex 900 TrueX 900
DW-EDX 800 EDX800
MaterialsAnalysis, Geology,
Petrochemicals, Biology, Cement, Soil, Cosmetics, Food, etc.
ICP-AES icp2 ICP700T
Foundry, Steel, Metal Recovery, Smelting, MilitaryAerospace, etc. Full Spectrum Direct Reading Spectrometer ty-9000 DW-TY9000

Why Choose Us for XRF?

Customer Feedbacks:

DW-EDX800 XRF
TrueX 800 XRF

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