Product Details
Model: Explorer 7000
Introduction
Slag is a byproduct of the iron and steel making processes, it is formed during the fluxing process used to remove the non-ferrous constituents of the blast furnace charge. Slag composition shows the condition of furnace and the chemical reaction inside.Alloy manufacturers and producers alike can benefit from slag analysis from a materials, energy, and quality cost perspective by ensuring their slag composition is optimized.
Steelmakers can gain three benefits: efficient slag creation during their processes, increased efficiency for both material and energy use, and, ultimately, production of cleaner and better quality steel or alloys by monitoring the composition.
Beside Slag plays an important role as row material in cement and construction industry. In the cement industry it is used to reduce the amount of the expensive clinker component needed. XRF with its simple sample preparation and easy calibration maintenance is well suited to monitor the slag compositions.
What benefits can slag analysis bring if used efficiently and implemented correctly into applications?
By monitoring slag composition, steelmakers can achieve three benefits: efficient slag creation during their processes, increased efficiency for both material and energy use, and, ultimately, production of cleaner and better quality steel or alloys.
Silicon dioxide (SiO2), calcium oxide (CaO), aluminum oxide (Al2O3), and iron oxide (FeO) content are the most important features for slag analysis.
Traditionally, slag analysis was conducted by steelmakers on older benchtop XRF equipment in a remote laboratory, if at all. Analysis samples had the potential to stack up over time, This creates a reactive monitoring cycle. Handheld XRF could solve this problem by offering onsite analysis.
Features
Fast reading in seconds.
Light element analysis Mg, Al, Si etc without the need for helium gas.
Fast SDD Detector with lower detection limits producing accuracy comparable to a desktop unit.
User friendly software with one touch analysis, autosave report, fast printing etc.
Rugged and ergonomic design suitable for comfortable operation in tough conditions.
FP and experimental coefficient software
No consumables, very low cost for analysis
Technical data
| Item |
Specifications |
| Weight |
1.7 Kg |
| Dimensions |
244mm(L)*90mm(W)*330mm(H) |
| Excitation Source |
X-ray tube (Ag target), max. 50kV/200μA |
| Detector |
SDD, resolution<150eV, sensivie area:25m2 (40m2 is optional) |
| Element Range |
Mg-U |
| Content Range |
ppm~100% |
| Software |
Innovative FP and EC software |
| GPS&Wifi |
Inbuilt |
| Video |
HD CMOS camera |
| Power Comsuption |
DC9V, 20W Max (working), 14W Max (standby), 3W Max (Idle) |
| Power Source |
Rechargeable li-ion battery, 9000mAH, 8~12 hours running, 110V/220V Wide-voltage universal adapter for AC power, Hot Swap |
| Charger |
DC charger: 12V car charger |
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AC charger: 110/220V, 50/60HZ |
| Monitor |
Transflective 5 inch trans touch screen LCD 1080*720, 360ºRotatory and tilted design. |
| Calimator&Filter |
4.0/2.0 mm-diameter collimator, 6 kinds of filter materials, 12 switchable combinations can meet measurement requirements on various samples |
| Sample Chamber |
Test bench |
| Data transmission |
Mini USB |
| Storage Card |
Standard configuration: 8G |
| Safty |
With auto-sensing feature, the instrument will not work if there is no sample in place. When working, the maximum radiation <2.5μSv/hr. |
| Warnings |
The green light indicates the analyzer is on, while the blinking red light indicates the X-rays are on. |
| Test Media |
In air |
| Instruments Certificate |
CE |
Calibrated elements
MgO, Al2O3, SiO2, CaO, Fe2O3, TiO2,MnO2, K2O, S etc.
Applicable Material
Blast furnace slag, converter furnace etc.
Screen shot for Analysis
Testing Report |
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Standard onfiguration |
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Optional |
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Packing List |
Packing photo |
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http://www.skyray-instruments.net/
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