Cl, K, Si, Mg, Al, S, P, Ca, Fe in cement and Limestone
Upper-illuminated optical path structure
High precision, good stability, simple operation
Test results close to wet chemical method testing
Only a few minutes to analyze dozens of elements in a sample
Summary：
The P9800S Cement Analyzer is X-ray Fluorescence for everyone in the cement industry to analyze nine elements (Cl, K, Si, Mg, Al, S, P, Ca, Fe) in cement raw clinker at one time and automatically calculate the elemental composition of raw materials. This product is the only one in China that adopts the upper-illuminated optical path structure, which overcomes the problem of powder-like ash pollution detector and light pipe, improves measurement accuracy and is easy to do maintain. It has a sample liftable test platform and a sample spin system, the lifting platform automatically puts down the sample at the end of the measurement to facilitate the replacement of the sample, and the X-ray does not illuminate the person, which is safe and reliable. With a monitored sample spin system, the measurement deviation caused by sample non-uniformity can be eliminated and the stability of the measurement can be improved.
Applications：
Cement manufacturing industry: raw materials, raw materials, clinker, cement and other ingredients analysis;
Limestone industry: Limestone various composition analysis.
Parameter：
|
Elemental analysis range |
(Na) — (U) |
|
Content analysis range |
1PPM-99.99% (Different element content ranges) |
|
Measure time |
30-200 Seconds |
|
Detector |
Electric Refrigeration Fast-SDD Semiconductor Detector |
|
Instrument resolution |
(127±5) eV |
|
Multichannel analyzer |
2048 |
|
Input voltage |
AC 220V±10%, 50HZ |
|
Environment humidity |
30%--80% |
|
Pulse forming |
Triangular pulse shaping, pulse forming time≤2μS, Pulse mode and line mode freely interchangeable |
|
Differential nonlinearity |
＜0.1% |
|
Integral nonlinearity |
＜0.01% |
|
Vacuum pump rated power |
550W |
|
HD CCD |
5 million pixels |
|
Round sample vacuum chamber |
240*83mm |
|
Grouped equipment |
1 set of regulated power supply matching the power of the equipment |
|
Programmed gain control, 1-65535 level fine adjustable |
|
|
10 seconds vacuum10-2pa (High vacuum area 10-5pa) |
|
|
Automatically switch filters |
|
|
Fully digital multichannel spectrometer |
|
|
Own database management system |
|
|
Users can increase the sample type and type according to their needs, without software restrictions |
|
Cl, K, Si, Mg, Al, S, P, Ca, Fe in cement and Limestone
Upper-illuminated optical path structure
High precision, good stability, simple operation
Test results close to wet chemical method testing
Only a few minutes to analyze dozens of elements in a sample
Cl, K, Si, Mg, Al, S, P, Ca, Fe in cement and Limestone
Upper-illuminated optical path structure
High precision, good stability, simple operation
Test results close to wet chemical method testing
Only a few minutes to analyze dozens of elements in a sample
Cl, K, Si, Mg, Al, S, P, Ca, Fe in cement and Limestone
Upper-illuminated optical path structure
High precision, good stability, simple operation
Test results close to wet chemical method testing
Only a few minutes to analyze dozens of elements in a sample
Handheld XRF for On-The-Spot Metal & Alloy Analysis
The fastest handheld XRF analyzer.
Ultimate on-site metal detection capability
Grade identification in 1 second for any metal.
Full chemistry testing in 3-5 seconds for stainless steel and other alloys.
Full chemistry testing in 7-8 seconds for aluminium alloy.
Everywhere data & documentation.
According to VDA19.1, ISO16232 and internal standard.
Technical and ergonomic optimizations and significant safety.
Automatic cleanliness extraction system.
Class 100 operation chamber.
Extraction options include pressure rinsing,ultrasounic, shaking rinsing, internal rinsing, air blow.
Customization available.
Dustproof and waterproof
Strong, stretch-resistant, and wear-resistant
5mm extended edge banding with crack-resistant cutouts
Made of high-quality plastic
Suitable for VDA19 technical cleanliness analysis laboratories
With an automatic particle analysis system like scanning microscope to analyze the impurity particles on the filter membrane, and then import the contaminants information into the computer to have a acknowledge in pollutant type, quantity, size, etc., and generate a pollutant particle report with one click.
High resolution CMOS readout system
Low total cost of ownership
Vacuum optics enabling fast stabilization
Excellent long-term stability
Intelligent design, Modular design
Ferrous and non-ferrous applications
Easy to use with full PC control
Friendly user interface
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