Product Description
XRF Precious Metal Analyzer DX-600
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
1.Element measuring range:Au,Ag,Cu,Pt,Pd,Ir,Cd
2.Measuring accuracy:0.1%
3.Testing specimen:solids,liquids,and powders
4.Light tube overheating protection
5.High voltage overvoltage protection
6.Actual focus: 5mm
7.Built-in industrial computer and touch screen
8.Install radiation protection device,proactively protect operator safety
9.Program-controlled preheating and anti-radiation interference.ensure stable and accurate test results
Instrument Performance and Configuration
Voltage: AC100-240V,50hz
Packing dimension: 560*530*510mm
Machine dimension: 410*500*430mm
Chamber size: 306*248*124mm
Weight(N/G): 33KG/45KG
Detector: Proportional counter tube
Built-in computer: Built-in industrial computer
High voltage: 0-50KV/0-1mA
Light Tube: 50KV/1mA
Collimator: 2.5mm
Temperature: -11-46 degree
Reliable Performance for Laboratory ApplicationsDesigned specifically for laboratories, our X-ray Fluorescence Spectrometer provides accurate and consistent measurements for material identification. Its durable plastic body ensures longevity while maintaining a lightweight structure, making it highly suitable for everyday lab use. The broad voltage compatibility supports seamless integration into various laboratory setups.
Versatile Features and Premium Build QualityThis spectrometer boasts good-quality construction and advanced safety measures. The hard plastic material guarantees resilience, and the white color ensures it complements modern laboratory aesthetics. Its manual power supply allows straightforward operation, catering to both experienced users and newcomers. Our role as distributor, exporter, manufacturer, supplier, and trader in China ensures excellent support and availability.
FAQ's of X-ray Fluorescence Spectrometer:
Q: How does the X-ray Fluorescence Spectrometer operate in a laboratory setting?
A: The XRF Spectrometer is connected via a manual power supply and operates with a voltage range between 110 and 215 volts. It is straightforward to use for laboratory staff, offering quick and precise material analysis through non-destructive X-ray interaction with samples.
Q: What materials and features distinguish this spectrometer from others?
A: This spectrometer is crafted from high-quality hard plastic, ensuring durability and longevity. Key features include its white finish, robust construction, reliable voltage range, and suitability for manual operation, making it an ideal choice for laboratories focused on quality and consistency.
Q: When is it recommended to use this XRF Spectrometer?
A: It is ideal for use when precise identification or compositional analysis of materials is required. Its robust plastic construction and manual controls make it suitable for daily laboratory analysis, research, and quality control applications.
Q: Where is the X-ray Fluorescence Spectrometer sourced from?
A: We offer the spectrometer as a distributor, exporter, manufacturer, supplier, and trader based in China, ensuring reliable supply and dedicated customer service worldwide.
Q: What is the process for conducting an analysis with this instrument?
A: Place the sample into the spectrometer chamber, adjust the manual controls as required, and power the device within its rated voltage range. The spectrometer then emits X-rays to excite the material, and specialized sensors detect the characteristic fluorescence for composition analysis.
Q: How is this spectrometer beneficial for laboratory usage?
A: By delivering accurate and rapid analysis, this XRF Spectrometer enhances laboratory productivity and minimizes downtime. Its sturdy plastic construction ensures low maintenance needs, while the user-friendly manual operation supports a wide range of material analysis tasks.