Portable Laboratory XRD Analyzer CD-YSYO3

PRODUCT INTRODUCTION

XRD Analyzer is a portable X-ray diffractometer independently developed by which combines XRD, XRF and computer software technologies. The samples by X ray diffraction instrument, analysis of the diffraction pattern, material with material composition, internal information such as atomic or molecular structure or form (material ingredient, the secondary ingredients or trace elements of the crystal phase ID information), it has a simple sample prepara- tion, no pollution, quick, high measurement precision, can get a lot of information about the integrity of the crystal, It is the main method to study the phase and crystal structure of matter.

Schematic Diagram

XRD PRINCIPLE

When a beam of monochromatic X ray incident to crystal,because the crystal is made up of tomic rules are arranged into a cell, the rules of the distance between the atoms and the incident X-ray wavelength with the same order of magnitude, so by the different atomic scattering X-ray mutual interference, stronger effects in some special directions X ray diffraction, the diffraction lines in the spatial distribution of location and intensity, is closely related to the crystal structure, That's the basic principle of X-ray diffraction.

Fundamentals of XRD - Bragg's Law

"New teammates" bring new breakthroughs in field testing Designed for field testing.

It provides crystal phase ID and quantitative information automatically and in real time."

1. Professional grade IP 67 protected portable enclosure

The whole instrument is about A3 size, the shell is both a suitcase, waterproof and dustproof box all-in-one machine design, can be shockproof, anti-fall, anti-corrosion, high temperature resistance, easy to cope with the harsh environment in the wild.

2. 15 kg portable mainframe

The instrument weighs about 15 kg, no mechanical moving parts, light and compact, easy to carry, easy to operate, can be free for laboratory/field scientific research.

3. Only 20 mg of sample is required for preparation

A single analysis only needs about 20 mg of sample to obtain high quality test results. Sample preparation can be completed in 3 minutes (crushing, filtering and sampling) without making, pressing and scraping equal.

4. Four hours of battery life

Built-in battery can support up to 4 hours of continuous work, more conducive to field work.

HIGH-PERFORMANCE HARDWARE CONFIGURATION

1. The X-ray tube

The instrument is equipped with a cluster micro-focal spot X-ray tube, which can ensure good focusing of X-ray. The standard configuration of the target material is Cu or Co, and Cr, Fe, Ni, Mo, Ag, W, etc., can be selected according to the detection sample situation. The cluster micro- focal spot X-ray tube ensures the good focusing of X-ray.

2. X ray collimator

X-ray collimator adopts pinhole collimation system, which replaces the optical calibration component of traditional large desktop computer.

3. The detector

The detector adopts two-dimensional detector, which can effectively identify diffraction beam and fluorescent beam, and is extremely sensi- tive to energy and position. It can carry out XRD and XRF analysis synchronously.

4. The cooling system

Using three-level Peltier electronic refrigeration and special two-way ventilation heat dissipation device, can effectively ensure the normal working temperature of the detector.

5. Sample vibration system

The sample vibration system replaces the traditional goniometer. During the sample detection process, both the X-ray beam and the detector are stationary, while the detected sample vibrates at high speed through the magnetic interlocking device to ensure the randomness of sample particles and obtain higher quality diffraction information.

Waterproof and anti-electric shock sockets are used for safety

High quality yarn spraying oxidation paint surface process

Equipped with a digital power display to directly view the remaining battery capacity

INTELLIGENT ANALYSIS SOFTWARE

In addition to adopting high-quality and high-performance hardware configuration, SHINE is also equipped with highly intelligent and efficient CrystalX application analysis software. CrystalX phase analysis system combines XRD control system with phase analysis system perfectly, which can simplify image smoothing, peak search, fine repair and other work, and easily achieve one-key results.

1. The user interface

All results can be viewed directly in one interface. Calibrate and analyze information to speed up workflow.

2. Data transfer function

The instrument realizes high-speed connection with laptop computer through USB, Bluetooth, WiFi, real-time control of the instrument and phase analysis.

3. Customize report data

The detection data can be output in Excel and PDF format, and users can create custom reports.

4. Database service

The software is equipped with a comprehensive, customizable control list database to help users quickly and accurately screen samples, and can also build their own database and instrument management according to actual needs.

CRYSTALX ANALYSIS SOFTWARE

User Interface

Data transfer function

Custom report data

Database service

SPECIFICATION

APPLICATION IN GEOLOGY AND MINERAL FIELD

SHINE XRD Analyzer can provide real-time quantitative mineralogical information for geolo- gist, metallurgist and other users in the geological and mineral field, and provide users with information of major and minor mineral components quickly.

The following figure shows the spectral map of some samples analyzed by SHINE, through which we can compare the differences of components among samples.

APPLICATIONS

1. Ores and minerals

1.1 Rapid analysis of iron-rich ores, such as quartz, hematite, goethite, magnetite.

1.2 The calcite (CaCO3) in coal was quantitatively analyzed.

1.3 The crystal phase identification and semi-quan titative analysis of potassium carbonate,potas sium salt, rock salt, anhydrous potassiummag nesium alum and potassium magnesium alum were carried out.

1.4 Quantitative analysis of common ores mixed with limestone, such as: A-quartz, asbestos ore, calcite, dolomite.

1.5 It is used to reanalyze tailings to determine plant performance or to evaluate past projects.

2. Petroleum chemical industry

2.1 Mineral identification and quantification of shale cuttings in the field to obtain quick feedback in geosteering and horizontal drilling, simplifying "vein strike tracing" of specific mineral zones.

2.2 Identify and quantify corroded materials in pipelines. XRF measurements can also be performed simulta neously to quickly identify the elemental composition of materials.

3. Drugs, explosives/hazards

3.1 Quick identification of explosives and suspect ed explosives on site.

3.2 Identification and quantification of suspicious hazardous materials, molten materials and catalysts.

3.3 Used for drug, contrabａnd identification, forensic identification, customs verification and other law enforcement work.

4. Pharmaceutical industry and others

4.1 Rapid identification of counterfeit drugs;

4.2 Rapid identification of raw and auxiliary materials;

4.3 Rapid and nondestructive fingerprint analysis of pharmaceutical preparations and precursor drugs;

4.4 Detect the presence and content of active and inactive ingredients, foreign or substitute ingredi ents in drugs.