Product Description
Spectrometer for Metal Analysis
Analysis of Precious Metals and Identification of Carats
At present, the use of XRF analyzer for chemical composition analysis and purity determination of precious metals has become a widely used, extremely popular, and supported by national standards, and reliable methods. The use of XRF for the analysis of precious metals is a faster and more economical method of multi-element detection than spark test and chemical reagent testing.
The XRF Analyzer provides users with an easy-to-use, cost-effective inspection technology: no need to inspect the tool into the material of the sample being tested, or damage the sample. The chemical composition information of the alloy can be obtained.thus determines the carat rating of the sample. Whether you are buying precious metals such as gold, selling or producing jewelry, making metals, or recycling used metals, you need a quick way to determine the carat grade and other precious and non-precious metal content with extreme precision. In the first time, to effectively control product quality, set a reasonable price. The xrf analyzer quickly provides accurate analysis of all types of samples.
Advantages and Characteristics of Analysis
- Integrated an inbuilt computer with high industrial motherboard and multi- point hand touch, you dont need to prepare other computers, it can bring you super smooth experience feelings
- Three core components inside the instrument are all imported, so it determines that the instrument can accurately distinguish different gold samples especially 99.9 percent gold and 99.99 percent gold
- The instruments possess own unique mode of one-key test it is China first and same as Europe top spectrometers. No matter any unknown metal material, the operators dont need to choose test templates and software intelligently matches the best way to measure and calculate. They are capable of fast, precise and non-destructive metal testing, making them suitable for use by jewelry retailers, jewelry manufacturers, precious metal refineries, pawn shops, government quality inspection departments, banks, laboratories and tertiary institutions
- Super long warranty, confidence comes from pure European spectrometer production technology
- The instruments have an innovative function that can help customers identify gold-plated samples
- The users can see sample test position accurately by camera and cabin lighting system, and it can improve the testing confidence of users
- Equipped with a variety of optical collimator, breakthrough solved test problems of tiny metal samples (such as spun gold and gold thread samples)
- We can download and upload test data from network, and it is easy to view and share test results
- Temperature drift rate of all the parts inside instrument is controlled within one over one million, ensuring the strong stability and high precision of instrument. Testing results can show 4 digits after the decimal point, beyond all domestic spectral type precious metals analyzer
- Ultrahigh resolution, Super clear camera, Super convenient operation, Super fast detection speed, Perfect human interface
Application and Examples
- Accurate analysis of precious metals Au, Pt, Ag, Pd
- On-site gold level identification of gold: 0-24 kt
- Check the gold content in scrap metal
- Identifying impurity materials
- Identify unknown metals
Hardware Performance and Advantages
High-resolution, high-definition camera, convenient operation, fast detection speed, user-friendly interface
Specificaton:
Brand:DahoMeter
Model:DX-800M
Computer Built In:Yes
Detector Type:Proportional Counter tube
Multichannel Analyzer:Digital multichannel
Sample Chamber Size:280 *280 *90 (mm)
Test Time:10sec - 100sec
Measuring Element:Au Ag Pt Pd Cu Ni Zn Rh Cd Ru Fe Co Ir W Os Pb (16 elements )
Sample Form:Solid, powder, liquid
Camera:HD camera
Filters: Selectable customized switches
Analysis Software:Qualitative and quantitative analysis software
External Dimensions:410 * 390 * 280 (mm)
Weight:30Kg
Advanced Detection TechnologyThis spectrometer leverages a dual detector systemphotomultiplier tube and linear CCDto expand sensitivity and accuracy across alloy elements from 0.001% to 99.99%. The high-energy spark discharge technique ensures thorough excitation of samples for reliable, fast-spectrum analysis within the UV to visible range (170800 nm).
Intuitive Software and ConnectivityEquipped with custom analysis software, this spectrometer is compatible with Windows 7/10 operating systems and outputs data via USB, LAN, or direct printer interfaces. The PC-controlled interface streamlines operations, supporting automatic tests and rapid data management for up to 10,000 results, suitable for various user environments.
Robust Build and Safety FeaturesThe spark stand is constructed from anti-corrosive stainless steel for longevity in demanding industrial settings. Safety is prioritized with real-time argon leak detection and overload protection, ensuring secure continuous operation. Its benchtop design and manageable size further boost its suitability for metallurgy labs and production sites.
FAQs of Spectrometer for Metal Analysis:
Q: How does the spectrometer achieve high accuracy in metal composition analysis?
A: The instrument utilizes a combination of photomultiplier tube (PMT) and linear CCD detectors, enabling precise multi-element analysis. User-calibration with multiple standards and a high-energy spark discharge system provide reliabile excitation and measurement, delivering accuracy up to 0.1% (element dependent).
Q: What is the process for calibrating the optical emission spectrometer?
A: Calibration is user-driven and involves using multiple standard reference samples. The custom software guides the calibration procedure, ensuring the system maintains measurement accuracy for different metals and alloys.
Q: When is the spectrometer suitable for use in metal analysis?
A: It is ideal for rapid analysis requirements, allowing results for each specimen in less than 30 seconds. It is frequently used in metallurgy, foundries, research laboratories, and quality control scenarios for both ferrous and non-ferrous metals.
Q: Where can the spectrometer be installed and operated?
A: With its benchtop mounting, the unit is suitable for laboratory environments, production facilities, and quality control stations. It operates effectively in ambient conditions between 10C and 35C and humidity up to 85% RH, non-condensing.
Q: What are the benefits of using the multi-channel high-resolution CCD system?
A: The multi-channel CCD system provides enhanced spectral resolution (0.01 nm) and simultaneous detection of multiple alloy elements. It supports fast, detailed analysis across the UV to visible range, improving throughput and precision in diverse metal testing applications.
Q: How does the spectrometer ensure safe and stable operation?
A: Safety features include argon leak detection and overload protection mechanisms. These systems prevent operational hazards and help maintain stable performance during continuous use, making maintenance straightforward.
Q: Can the spectrometer handle various specimen sizes and shapes?
A: Yes, the spectrometer accommodates round or flat samples with diameters 15 mm, with a standard test stroke of 40 mm and a test width up to 120 mm, supporting one specimen at a time for versatile metallurgical analysis.