Ga-Edx 9800 Xrf Spectrometer Energy Dispersive X-ray Fluorescence Analyzer Tester Device for Mineral Analysis

• Customization: Available
• After-sales Service: Online
• Warranty: 1 Year
• Model NO.: GA-EDX 9800
• Type: Xrf Analyzer
• Weight: 0-100Kg
• Transport Package: Plywood Case
• Specification: 60*43*45cm
• Trademark: GONOAVA
• Origin: China
• HS Code: 9024800000
• Production Capacity: 200

Product Description

GA-EDX 9800 XRF Spectrometer Energy Dispersive X-Ray Fluorescence Analyzer Tester Device for Mineral Analysis
Simply the Best 
•    American AmpTek -SDD detector, high resolution and high count rate
•    Element analysis range up to 42 elements 
•    Highest performance and lowest levels of detection
•    Customize your testing solutions
•    Advanced exploration and soil analysis
•    Mud logging
•    Specialty applications in oil/gas
•    Ore deposit modeling/mapping
•    Enhanced light element analysis
•    Bauxite and penalty elements in coal and Fe ore 
•    Industrial minerals including limestone for cement production
•    Optional sample holder/pellet for reducing sample heterogeneity issues


GA-EDX 9800 Energy Dispersive Fluorescence Spectrometer-Mineral Analysis Expert
GA-EDX 9800 provides exceptional accuracy at all concentration levels. It also offers rapid (typically 2 to 3 minutes) turnaround. Bringing unprecedented precision and speed to the field makes GA-EDX 9800 ideal for applications. Such as analyzing cores - e.g., to detect shale gas boundary layers - enabling fast direction changes that maximize drilling productivity.

GA-EDX 9800 analyzer's purchase price is highly competitive with other instruments in its class. In many cases, it is also half the price of larger laboratory instruments. Furthermore, with direct improvements in mining or exploration productivity due to rapid availability of accurate information, GA-EDX 9800 delivers an outstanding return on Investment


GA-EDX 9800 XRF Spectrometer Energy Dispersive X-Ray Fluorescence Analyzer Tester Device for Mineral Analysis
Production and Mineral Processing
Fast, laboratory-grade sample analysis is made simple: test your samples on site with little or no sample preparation. Achieve the accuracy needed to provide defensible data for process control, quality assurance, and other operational decisions.
•   Grade control
•    Delineate ore and waste boundaries
•    Ore trading
•    Concentrate measurement
Industrial Minerals
GA-EDX 9800 XRF analyzer is an emerging instrument of choice for in-quarry exploration and evaluating the composition of raw materials such as phosphate, potash, gypsum, and limestone for industrial use.
•   Ideal for determining penalty elements in limestone, Fe ore, and bauxite
•   Blending and sorting of raw materials
•   Instantly flag grade, sub-grade, and waste, and prevent taking ore to the waste heap


EDXRF Introduction 
EDXRF instrumentation separates the characteristic x-rays of different elements into a complete fluorescence energy spectrum which is then processed for qualitative or quantitative analysis.
EDXRF technology is a convenient way to screen all kinds of materials for quick identification and quantification of elements from Sodium (Na) to Uranium (U).
EDXRF instruments may be either handheld or portable depending on user preference, making them the perfect tool for in-field analysis, and providing instant feedback to the user without the long trip to the laboratory. Low cost of ownership and rapid elemental analysis of any sample type make EDXRF an attractive front-end analysis tool.
X-Ray Fluorescence (XRF) Analysis (or Spectrometry): an instrumental, comparative analytical method
Based on phenomenon of near-instantaneous emission (fluorescence) of quanta of characteristic energy by atoms of material irradiated by external X, or gamma radiation of appropriate energy (wavelength)
Radioisotopes or X-ray tubes are used as sources of external radiation to excite sample

GA-EDX 9800 XRF Spectrometer Energy Dispersive X-Ray Fluorescence Analyzer Tester Device for Mineral Analysis
Instrument Specifications

Size of Spectrometer: 560mm*380mm*410mm

Size of sample chamber:460mm*310mm*95mm

Size of Vacuum sample chamber:Φ150mm×75mm

Weight: 45Kg

Element Range:Na11-U92

Analysis content range:1ppm- 99.99%

Detector:AmpTek high resolution SDD

DPP Analyzer: 4096 Channel DPP analyzer 

Excitation Source:50W X-ray tube

HV unit:0-50kV

Power supply:220ACV 50/60HZ

Environment:-10 °C to 35 °C

Accessory

Standard	Optional
Ag- Calibration standard	Mill machine
Vacuum pump	Sample pressing machine
Sample cup	Drying oven
USB cable	Fusing bead machine
Power supply cable	Balance
Test Mylar	Mineral Standard samples
Calibration report	Power stabilizer
Warranty card

Powerful and user-friendly testing software

Speed: Our XRF analyzer offers real-time analysis capabilities to enable quick decisions, including whether to drill or not to drill, equipment relocation considerations, where to focus on the grid, and when to take a proper sample for laboratory analysis. 
Real-Time Reporting: Field analyses provide for faster delineation of drill targets for timely operational and financial reporting back to management and/or investors.
Increased Sample Density:Running more assays in the field allows for finer grid resolution and the ability to send prequalified samples to an off-site laboratory. With improved statistics, this high-density analysis produces a more comprehensive picture of the target than the exclusive use of the traditional bag and lab method.


Repeatability Test performance of Iron ore sample
 

Test Times /Element	Fe(%)	SiO2(%)	TiO2(%)	MnO(%)	Zn(%)	S(%)	P(%)	Pb(%)	K2O(%)
1_1	65.4014	6.6936	0.1123	0.0489	0.0090	0.8309	0.0118	0.0076	0.0684
1_2	65.4336	6.6575	0.1038	0.0465	0.0095	0.9092	0.0121	0.0075	0.0667
1_3	65.3603	6.7127	0.1132	0.0495	0.0093	0.8903	0.0119	0.0071	0.0677
1_4	65.3935	6.7233	0.1278	0.0483	0.0097	0.8303	0.0117	0.0068	0.0684
1_5	65.3812	6.7145	0.1058	0.0493	0.0097	0.8303	0.0117	0.0066	0.0684
1_6	65.3905	6.7421	0.1021	0.0503	0.0097	0.8303	0.0117	0.0065	0.0684
1_7	65.3603	6.7041	0.1075	0.0495	0.0093	0.8903	0.0119	0.0071	0.0677
1_8	65.4161	6.7280	0.1086	0.0461	0.0093	0.8938	0.0115	0.0074	0.0668
1_9	65.4320	6.7036	0.1182	0.0512	0.0096	0.9005	0.0120	0.0079	0.0669
1_10	65.4546	6.7707	0.1072	0.0502	0.0097	0.8868	0.0121	0.0067	0.0677
Average	65.4024	6.7150	0.1107	0.0490	0.0095	0.8693	0.0118	0.0071	0.0677
SD	0.0316	0.0300	0.0077	0.0016	0.0002	0.0340	0.0002	0.0005	0.0007
RSD	0.0483%	0.4466%	6.9348%	3.3142%	2.5743%	3.9090%	1.6512%	6.6142%	1.0337%
Test Times /Element	Na2O (%)	MgO (%)	Al2O3 (%)	As (%)	Cr (%)	Ni (%)	Cu (%)	Sn (%)	CaO (%)
1_1	0.0203	0.7523	0.5222	0.0065	0.1636	0.0760	0.0476	0.0131	0.6359
1_2	0.0232	0.8134	0.5230	0.0061	0.1584	0.0787	0.0488	0.0114	0.6336
1_3	0.0213	0.8059	0.5407	0.0071	0.1667	0.0796	0.0494	0.0144	0.6345
1_4	0.0216	0.7635	0.5234	0.0072	0.1640	0.0761	0.0485	0.0131	0.6267
1_5	0.0223	0.7815	0.5334	0.0072	0.1640	0.0751	0.0485	0.0131	0.6267
1_6	0.0222	0.7311	0.5512	0.0072	0.1640	0.0741	0.0485	0.0131	0.6267
1_7	0.0212	0.7559	0.5407	0.0071	0.1667	0.0756	0.0494	0.0144	0.6345
1_8	0.0249	0.7737	0.5233	0.0068	0.1576	0.0760	0.0471	0.0131	0.6324
1_9	0.0204	0.7712	0.5123	0.0064	0.1659	0.0750	0.0475	0.0140	0.6241
1_10	0.0236	0.8017	0.5435	0.0071	0.1663	0.0730	0.0489	0.0130	0.6414
Average	0.0221	0.7750	0.5314	0.0069	0.1637	0.0759	0.0484	0.0133	0.6317
SD	0.0015	0.0261	0.0123	0.0004	0.0033	0.0020	0.0008	0.0009	0.0054
RSD	6.6056%	3.3702%	2.3177%	5.8244%	1.9863%	2.5892%	1.6256%	6.5508%	0.8578%