Product Description, Technical Parameters, and Configuration

Adhering to more than 20 years of research and development experience in X-ray fluorescence spectrometer, the Youli Element Logging Analyzer EDX5500H has once again promoted the development of element content in rocks towards concretization and rapidity. The unique feature of using X-ray fluorescence analysis (XRF) for rock debris logging is that it identifies lithology through the analysis of rock debris chemical element combination characteristics, and then determines the stratigraphic position through the analysis of rock debris combination characteristics. Therefore, it is suitable for rock debris logging under any drilling conditions.

Efficient vacuum formation conditions and highly sensitive semiconductor detectors ensure ultra-low detection limits for elements in rock cores, providing more meaningful and specific data features for logging platforms; A wider range of element detection meets the simultaneous detection needs of multiple elements; At the same time, advanced 4096 channel digital multi-channel technology has been introduced, using imported ultra-thin beryllium window X-ray tubes with high excitation efficiency, resulting in higher counting rates, better stability, and wider applicability of the instrument;

Optimized the optical path structure, software and hardware reliability, and improved the performance and portability of the vacuum chamber;

The unique seismic design and high protection optical path design have enabled the instrument to pass third-party certification for high and low temperature, high and low frequency electric vibration, and humid heat use;

Fully play a role in on-site testing, online detection, and multi-element detection in various geological surveys.

Host standard configuration:

Up illuminated optical path system direct mode SDD detector digital multi-channel processor imported from the United States high voltage

Imported Oxford Beryllium Window X-ray Tube Intelligent Testing Software Calibration Module Built in Closed Directional Cooling System

Customized CCD high-definition camera with high damping movable shock-absorbing and buffering feet

The complete set of equipment includes: X-ray fluorescence analysis host, computer, printer, crusher, tablet press, vacuum pump

Application cases in the logging industry

Core composition survey:

Only simple pre-treatment is needed, and trace and multiple elemental components are all under control.

Current analysis

Can quickly and on-site track core data and delineate oil and gas boundaries. Testing over 30 elements on a single sample only takes 1-4 minutes;

On site analysis

The unique shock absorption, ultra small vacuum chamber, and ultra stable sample static control structure design enable the instrument to cope with various on-site environmental detection tasks;

Instrument performance advantages:

The instrument has a compact and simple appearance, which can be used in vehicles and laboratories. It is easy to use and has high testing efficiency;

During testing, the design of an illuminated light path combined with a vacuum testing chamber effectively eliminates the contamination of the detector by dust in the on-site environment;

The maximization design of the collimator ensures that the sample is subjected to a laser spot of up to 150mm2, ensuring the richness of the test signal and improving the accuracy of the test

Closed directional air cooling ensures stable operating temperature of X-ray tubes and extends their lifespan;

Fast sample analysis speed, up to 60 seconds, and can simultaneously analyze 40 elements;

The high damping movable support foot seismic design combined with the ultra stable vacuum sample control design ensures that the geometric relationship between each sample and the light tube and detector is consistent at all times, shielding the impact caused by on-site vibration;

Large area thick crystal SDD detector, equipped with Rh target X-ray tube and good heat dissipation, effectively ensures efficient and stable testing;

The X-ray shielding design, polymer materials, and safety linkage device effectively ensure no radiation leakage, allowing testing personnel to use it safely and with confidence;