KASON-JX5's unparalleled unique performance
1). It uses a completely redesigned X-ray tube, no high-voltage power line, no RF noise, and better X-ray shielding.
2). The structure is more precise, shortening the distance between the X-ray tube, detector and the sample being tested, and improving the signal by about 40% for some applications.
3). Heat dissipation: More than 2/3 of the body is designed with an aluminum alloy shell, and there is a dedicated slot-type heat dissipation device on the side of the instrument. The whole system makes heat dissipation very effective, prolongs the life of the machine, and the X-ray analyzer works more stably, so the failure rate is extremely low.
4). Standardization: The instrument does not need to be standardized when it is turned on. It can be tested directly. Standardization is only an option.
5). The instrument shell is made of aluminum alloy and plastic, which is sturdy and durable. The handle is designed with soft rubber, which feels good and is more suitable for long-term use.
6). Detection window: The window explosion-proof film design can directly test any shape of objects such as shavings, steel wire and other irregular objects.
2. Technical performance of KASON-JX5 alloy analyzer
1). It truly realizes non-destructive, fast and accurate detection on site, and directly displays the percentage content of elements.
2). Simply put the alloy analyzer in direct contact with the surface of the alloy to be tested, and the alloy grade can be determined on site without waiting and spending time.
3). The objects of the samples to be tested can be alloy blocks, alloy sheets, alloy wires, alloy slag, and alloy powder.
4). The pistol-type extendable probe design can detect the inside of the pipeline, welds, and other locations.
5). The alloy grades can be added, edited, and deleted in the library on site.
6). Extremely fast analysis speed, alloy elements can be identified in just 2 seconds.
7). The spectra of related elements can be specified, viewed, and enlarged at will on site without the help of a computer.
8). Protection level: The instrument has three-proof performance and can withstand harsh working environments, fog, rain, and dusty work sites.
9). Repeatability detection: It has the average value statistical function of multiple tests, which can effectively improve the detection accuracy of the instrument.
10). Electromagnetic interference is shielded, and it can work normally even near mobile phones or two-way wireless communication devices.
3.Element analysis range of KASON-JX5 alloy analyzer
All alloys from titanium (Ti) to uranium (U) can be analyzed.
|
Analysis mode and element types of alloy analyzer KASON-JX5 |
|
|
Analysis mode |
Analytical elements |
|
Element analysis range |
31 basic elements from element 22 titanium to element 92 U. Within the above range, other elements can be replaced according to customer needs. |
|
Alloy mode |
Ti,V,Cr,Mn,Fe,Co,Ni,Cu,Zn,Hf,Ta,W,Re,Pb,Bi,Zr,Nb,Mo,Pd,Ag,Cd,Sn,Sb and other 25 elements |
4. Use and application of KASON-JX5 alloy analyzer
Used for on-site, non-destructive, rapid and accurate analysis and detection of alloy elements and alloy grades.
Alloy material identification (PMI):
Incoming material inspection; Inventory material management; Installation material re-inspection
Because in petrochemical construction, metal smelting, pressure vessels, power stations, petrochemicals, fine chemicals, pharmaceuticals, aerospace and other industries, mixing or using unqualified materials will cause serious safety accidents.
The HST-JX5 handheld XRF alloy analyzer is used to ensure that the alloy parts used in production equipment and pipelines are completely consistent with the design specifications.
The HST- JX5 handheld XRF alloy analyzer is easy to carry, simple to use, fast in analysis, and highly accurate. Its results directly display the alloy grade and percentage of metal components, making the HST-JX5 handheld XRF alloy analyzer the world's number one supplier of alloy material identification.
Metal scrap recycling
The recycling and reuse of scrap metals requires the HST-JX5 handheld XRF alloy analyzer to ensure fast and accurate on-site analysis and testing of a large number of complex and diverse alloy types and material qualities. It helps buyers and sellers make quick and reliable judgments when trading raw materials and provides necessary information.
Quality Assurance and Quality Control (QA/QC)
In the metal manufacturing industry, quality assurance and quality control (QA/QC) of materials, semi-finished products and finished products is essential. Mixing materials or using unqualified materials will inevitably cause losses to the company. The HST-JX5 handheld XRF alloy analyzer is widely used in various manufacturing industries from small metal material processing plants to large aircraft manufacturers. It has become the preferred instrument for material confirmation, semi-finished product inspection, and finished product re-inspection in the quality system.
5. Technical Specifications of KASON-JX5 Alloy Analyzer
|
Project |
Alloy Analyzer KASON-JX5 |
|
Dimensions and Weight Dimensions |
245x250x88mm; Weight <1.5KG |
|
Environmental Requirements |
Ambient Humidity 0~95%; Ambient Operating Temperature -20℃ ~50℃ |
|
Excitation Source |
High-power miniature straight-plate electronic X-ray tube, excitation voltage 35kV |
|
Tube Target |
Silver Target |
|
X-ray Detector |
High-sensitivity Si-Pin detector |
|
Cooling System |
Peltier constant temperature cooling system is adopted, and the controller works at -35℃ to ensure the detection accuracy of the instrument and is not affected by the external temperature |
|
Filter |
Fixed filter |
|
Voltage, current |
Voltage 35kV, current 100uA |
|
Host power supply system |
2 lithium batteries, 110v/220 universal charger, charger adapter |
|
Standardization |
Standard sample is external; the instrument does not need to be standardized when it is turned on, and it can be tested directly. Standardization is only an option |
|
Heat dissipation |
More than 2/3 of the body is designed with aluminum alloy shell. The instrument has a special slot-type heat dissipation device. The whole system makes heat dissipation very effective, prolongs the life of the machine, and the X-ray analyzer works more stably, so the failure rate is extremely low. |
|
Display |
Touch display color screen with LED backlight, 240×320 pixels |
|
Data display |
Percentage (%) shows element content, and the element display order can be arranged by energy, concentration value, user definition, etc.; the average value of multiple tests can be calculated; it can be connected to a computer, and the instrument will dynamically display the chemical composition during the test. |
|
Data storage |
ROM128M, RAM128M, 2G SD card, can store 205000 sets of data and spectra; data is stored in the order of year, month and day, and has a single delete function; |
|
Data transmission |
USB cable, wireless Bluetooth for data transmission, files can be output in TXT, EXCEL, PDF format |
|
Processor CPU |
532MHz CPU, Freescal, ARM1136-MX31 processor, floating point operation method, greatly improved speed |
|
Operating system |
Customized Android system |
|
Alloy modeling method |
Basic parameter method, the instrument does not need to know the alloy type in advance before analyzing the alloy, realizing fully automatic analysis |
|
Alloy types |
Iron alloy series, nickel-based alloy series, cobalt-based alloy series, titanium-based alloy series, copper-based series, high-temperature alloys, molybdenum-tungsten alloy mixed alloy series |
|
Alloy grades |
There are more than 500 standard alloy grades in the standard library, and up to 10,000 alloys can be analyzed. Users can customize more than 300 alloy grades |
|
Small sample test |
The compensatory test method for irregular or small samples can detect very small or few samples. . |
Hot Tags: handheld x-ray fluorescence spectrometer (alloy analysis spectrometer), China handheld x-ray fluorescence spectrometer (alloy analysis spectrometer) manufacturers, factory

