Instrument Introduction:
typeXFluorescent handheld metal analyzerIt is professionally designed by our company for the reliability identification of metal materials and rapid identification of alloy grades in the industry.Having small size, light weightConvenient to carry, handheld, no need for sample preparation, easy to measure upon alignmentHigh precisionThe characteristics of fast detection speed and high cost-effectiveness. Widely used in the analysis of various alloy samples, metal grade detection, and rapid analysis of metal minerals.
1、 Instrument features
1Measurement element range: simultaneous analysis of titanium(Ti)To uranium(U)The elements between them.
2Test sample morphology: solid, debris, and various shaped alloy objects.
3. No need for precise sample preparation,Direct testing can be conducted on the original sample, which is convenient and fast.
4Types of test samples: stainless steel, alloy steel, copper alloy, nickel alloy, titanium alloy, metal ore, etc.
5Testing time:2-60s.
6Range of detected element content:ppm-100%.
7Original high-resolution from the United StatesSi-PINElectric refrigeration detector, resolution145eVHigh detection efficiency.
8Signal processing: Imported original digital pulse amplifier with high counting rate.
9Filter: automatically combined by software6Planting filters and2Plant collimators to improve the maximum detection limit.Micro collimation holes can be used for micro area analysis.
10Compact in appearance, convenient and easy to use.
11.Adopting multi parameter linear fitting method, intensity interference correction mode, and improving analysis accuracy; Basic parameter method, theoryαThe coefficient method, empirical coefficient method, and various fitting methods are used to complete the analysis of unknown samples.
12. Powerful software features: Adopting a new algorithm to achieve the best measurement effect for trace elements, it can calculate the average value of multiple points or measurements. Supports multiple languages (Simplified Chinese, English, etc.).
13Equipped with BluetoothUSBCommunication facilitates the implementation of instrumentsPDAThe interconnection and data transmission between computers.
14. be equipped withPCEnd software that can process data and calibrate on regular computers.
15Waterproof and dustproof, capable of continuous operation in harsh environments.
16Equipped with a large capacity storage card, it can store massive amounts of data.
17. Security system: A unique concealed design, software, and hardware triple radiation protection system ensures safety.
18. *The design of the heat dissipation chamber ensures the stability and reliability of operation, effectively extending the service life.
19. Adopting a touch sensitive analysis interface, the operation is simple and convenient.
20. The instrument can be equipped with a spin function test stand, making testing more convenient and results more reliable.
2、 Technical parameters
Detection range: simultaneous analysis of titanium(Ti)To uranium(U)The elements between them.
Testing time:2-60s.
Activate the systemIntegrated Micro High Voltage Power Supply andXLight tube, long service life, maximum power4W.
DetectorSi-PINElectric refrigerationDetector, resolution145eVFast detection speed.
Signal processing: Imported original miniature digital pulse multi-channel amplifier with high counting efficiency.
Multiple language options for operation.
Operating system handheld computer:Windows,JingpuSeries software.
Cooling systemPeltierConstant temperature cooling system ensures the accuracy of the instrument and extends its service life.
power supply rechargeable lithium battery,Each battery operates continuously8More than hours. Communication can also be used220V,50/60HZ;
monitor240x320Color display; 65,536Pixel; Adjustable background light; touch screen.
Qualitative recognition and quantitative analysis of measurement patterns, displaying measurement spectral lines and highlighted areas.
data transmissionUSBMemory card, wireless Bluetooth.
Data storage8GFlash memory card.
Password protection for security settings.
Working temperature-10--50℃.
Relative humidity ≤85%.
Analysis accuracy ≤0.3%.
Weight 1.9 kg(including battery).
Size29cm(L) x 9cm(W) x 29cm(H)。
3、 Instrument application
1. Metal material testing and alloy material identification(PMI)
Alloy grade analysis: 2-5Quick analysis of samples in secondsDirectly display the alloy grade. Built in alloy grade250Multiple options, customizable by users1000There are thousands of alloy grades that can be analyzed.
Metal composition test: 10-30Accurate analysis of samples in seconds, resultsDisplayed as percentage content.
Can analyze stainless steel, alloy steel, copper alloy, zinc alloy, tin alloy, nickel alloy, titanium alloyAluminum alloy (heavy alloy element)Waiting for the sampleTi、V、Cr、Mn、Fe、Co、Ni、Cu、Zn、W、Hf、Ta、Re、Pb、Bi、Zr、Nb、Mo、Ag、Sn、SbWaiting for elements.
Used in industries such as metal smelting, pressure vessels, power plants, petrochemicals, fine chemicals, pharmaceuticals, aerospace, etcMX-1typeXFluorescent handheld metal analyzer can ensureThe specifications of the alloy components used are completely in accordance with the design requirements,Ensure product quality and avoidSerious safety accidents caused by mixing or using unqualified materials. It is an instrument used for material confirmation, semi-finished product inspection, and finished product re inspection in the quality system.
Metal waste recycling and reuse
MX-1typeXFluorescent handheld metal analyzerIt can provide on-site rapid and accurate analysis and testing for the recycling and reuse industry of scrap metals. Ensure rapid and reliable judgment of a large variety of complex alloy types and materials.
Analysis example: Alloy grade 316LStainless steel sampleThe analysis time is10In seconds.
Analysis chart:
Stainless steel test results:
Sample name |
Analysis method |
Fe(%) |
Ni(%) |
Cr(%) |
Cu(%) |
1# |
chemistry |
44.6 |
24.28 |
28.24 |
0.69 |
fluorescence |
44.2 |
24.24 |
28.48 |
0.71 |
|
error |
-0.4 |
-0.04 |
0.24 |
0.02 |
|
2# |
chemistry |
69.7 |
4.16 |
24.10 |
0.060 |
fluorescence |
69.5 |
4.13 |
24.15 |
0.048 |
|
error |
-0.2 |
-0.03 |
0.05 |
-0.012 |
|
3# |
chemistry |
64.6 |
19.90 |
11.59 |
3.12 |
fluorescence |
64.7 |
19.67 |
11.61 |
3.14 |
|
error |
0.1 |
-0.23 |
0.02 |
0.02 |
2. Analysis of the Composition of Various Metal Ores
Applied to titanium in various ores(Ti)To uranium(U)Between themRapid detection of components, such as copper, iron, lead, tungsten, aluminum, tin, molybdenum and other metal ores,5-30Satisfactory results can be obtained in seconds.
A. Working curve of manganese ore
MnElement test results:
Sample name |
Analysis method |
Mn(%) |
1# |
chemistry |
9.58 |
fluorescence |
9.54 |
|
error |
-0.04 |
|
2# |
chemistry |
21.72 |
fluorescence |
21.69 |
|
error |
-0.03 |
|
3# |
chemistry |
34.56 |
fluorescence |
34.43 |
|
error |
-0.13 |
B. The working curve of copper mines
CuElement test results:
Sample name |
Analysis method |
Cu(%) |
1# |
chemistry |
1.47 |
fluorescence |
1.42 |
|
error |
-0.05 |
|
2# |
chemistry |
8.28 |
fluorescence |
8.36 |
|
error |
0.08 |
|
3# |
chemistry |
14.17 |
fluorescence |
14.05 |
|
error |
-0.12 |
C. Tungsten ore beneficiation analysis
The tungsten content in the tungsten ore beneficiation process, utilizingMX-1typeXFluorescent handheld metal analyzerCan be quickly measured.
The analysis test results are as follows:
Sample name |
method |
WO3(%) |
24 |
Chemistry |
42.92 |
Fluorescence |
42.68 |
|
Error |
-0.24 |
|
212 |
Chemistry |
47.88 |
Fluorescence |
48.03 |
|
Error |
0.15 |
|
118 |
Chemistry |
42.68 |
Fluorescence |
43.01 |
|
Error |
0.33 |
|
981 |
Chemistry |
31.66 |
Fluorescence |
32.10 |
|
Error |
0.44 |
|
78 |
Chemistry |
47.00 |
Fluorescence |
47.01 |
|
Error |
0.01 |
|
126 |
Chemistry |
55.40 |
Fluorescence |
55.71 |
|
Error |
0.31 |
|
62 |
Chemistry |
43.42 |
Fluorescence |
43.90 |
|
Error |
0.48 |
|
211 |
Chemistry |
12.56 |
Fluorescence |
12.82 |
|
Error |
0.26 |
|
23 |
Chemistry |
14.46 |
Fluorescence |
14.57 |
|
Error |
0.11 |
|
15 |
Chemistry |
12.72 |
Fluorescence |
12.80 |
|
Error |
0.08 |
|
149 |
Chemistry |
15.30 |
Fluorescence |
15.53 |
|
Error |
0.23 |
|
959 |
Chemistry |
9.38 |
Fluorescence |
9.41 |
|
Error |
0.03 |
|
210 |
Chemistry |
22.18 |
Fluorescence |
21.97 |
|
Error |
-0.21 |
|
739 |
Chemistry |
23.38 |
Fluorescence |
23.20 |
|
Error |
-0.18 |