Description

K-1000G Handheld Ternary lithium battery analyzer cobalt nickel manganese content detection spectrometer

K-1000G handheld ternary lithium battery spectrum analyzer detect Ni nickel, Co cobalt, Mn manganese and other elements and content, quickly distinguish material types (such as 622, 532, 111 lithium battery), positive and negative electrode, lithium battery, lead-acid battery, lithium iron phosphate power battery, high rate power battery, ternary power battery, soft pack cell, 18650 lithium cell, polymer power cell, aluminum shell cell, flat battery, disassembling machine good product battery cell, electric vehicle battery pack, etc. Comis handheld ternary lithium battery spectrum analyzer detection Ni nickel, Co cobalt, Mn manganese and other elements and content, quickly distinguish material types (such as 622, 532, 111 type lithium battery)

In the application of metals for exploration batteries, portable XRF analyzers can not only provide reliable data faster than conventional XRF equipment in the laboratory to enable explorers to make the right decisions, but can also screen samples to provide more suitable samples for laboratory analysis, thereby helping to reduce exploration costs and improve ROI. A portable XRF analyzer can screen samples to determine appropriate samples for analysis. This preparation of samples enables portable XRF analyzers to obtain high-quality quantitative data close to the results of laboratory analysis.

K-1000G Handheld Ternary lithium battery analyzer cobalt nickel manganese content detection spectrometer
Application of handheld XRF spectrometer in the detection of ternary lithium battery
In recent years, the ternary lithium battery market is growing rapidly, and the demand for anode and cathode materials is increasing day by day. As long as the ternary material includes NCM(lithium nickel-cobalt manganate) and NCA(lithium nickel-cobalt aluminate), NCM is the mainstream ternary material at present. As we all know, improper use of lithium batteries will cause explosions, in order to avoid such safety accidents, but also to ensure the service life of lithium batteries, in addition to waste recycling, can also avoid environmental pollution.

What are the application scenarios of hand-held XRF spectrometer in ternary lithium battery?

Identification of battery cathode materials
Many serious battery accidents in the past were mostly caused by substandard batteries. Handheld XRF spectrometers measure the elements and content of the positive electrode material of batteries to ensure that the batteries meet the standards.

Quality control in battery manufacturing
For battery manufacturers, the quality of materials, semi-finished products and finished products is very important. The hand-held XRF spectrometer recommended by Comace can help testers accurately examine each sample of lithium battery in non-destructive conditions, making finished product testing faster and more efficient.

Recycling and sorting of waste batteries

Waste batteries contain a lot of manganese, cobalt, nickel and other heavy metal elements, and their electrolyte also contains lithium hexafluorophosphate and other highly toxic substances and volatiles, improper disposal will cause serious damage to the environment.

Before battery recycling, it is necessary to use advanced detection equipment for rapid and accurate on-site analysis and detection, which can not only avoid environmental pollution, but also improve the utilization efficiency of batteries, create new profit space, and reduce the cost of battery production. The hand-held XRF spectrometer enables on-site detection and rapid classification of large quantities of waste day batteries. The type and composition of waste batteries can be obtained in a few seconds, which provides necessary information for both buyers and sellers to make a quick and reliable judgment in the transaction.

Ternary battery analyzer, portable ternary lithium battery spectrometer. Comis handheld ternary lithium battery spectrum analyzer detect Ni nickel, Co cobalt, Mn manganese and other elements and content, quickly distinguish material types (such as 622, 532, 111 lithium battery), positive and negative, lithium battery, lead-acid battery, lithium iron phosphate power battery, high rate power battery, ternary power battery, soft pack cell, 18650 lithium cell, polymer power cell, aluminum shell cell, flat battery, disassembling machine good product battery cell, electric vehicle battery pack, etc. Comis handheld ternary lithium battery spectrum analyzer detection Ni nickel, Co cobalt, Mn manganese and other elements and content, quickly distinguish material types (such as 622, 532, 111 type lithium battery)

K-1000G Handheld Ternary lithium battery analyzer cobalt nickel manganese content detection spectrometer
K-1000G handheld ternary lithium battery spectrometer portable spectrometer Technical specifications
1. Environmental requirements: Temperature is -20~50ºC, relative humidity is 10~90%(no condensation), and there should be no strong magnetic field, strong vibration source and high-frequency equipment near the work site.
2, waterproof, dustproof, anti-tie, anti-fall; The instrument has a good balance, can stand on the workbench during the test, without hand help, one-button design, even if the operation for a long time without fatigue
3, excitation source: high power micro straight plate electron X-ray tube, excitation voltage is 35kV; No high voltage cables, no RF noise, better X-ray shielding, better heat dissipation.

Fixed voltage 35kV, current 100uA (Moxtek), standard Ag target, W target, Rh target can be customized.

4, using KMX technology, higher X-ray counting rate, the inner shell of the instrument spraying conductive silver coating and circuit board electronic shielding cloth, to prevent electromagnetic interference stable element resolution design.

5, detector: Si-pin detector, can simultaneously record analysis data and spectrogram; Moxtek Si-PIN Detector (6 mm2 energy resolution 170eV FWHM)
Test elements: Alloy mode: customized for conventional elements of lithium battery (cobalt, nickel, manganese, copper) ore mode (cobalt, nickel, manganese, copper, LE residual elements)

6, calculation method: KMX-FP non-standard sample test method, specifically for lithium battery recycling industry database revision;
7, touch or pull the trigger control test begins, the test process does not require a long trigger. According to customer requirements, you can also always hold the trigger to test the sample.
8, security: trigger lock function, can set the locking time. When opened, neither the touch nor the trigger can perform the operation;
9, battery: the original 7.2V large capacity rechargeable lithium battery, do not pull the battery can be directly at the bottom to check the power; Two lithium batteries are standard
10, film window replacement: without the help of tools, you can easily replace the window film;
11. Operating system: Window CE 6.0 industrial instrument special operating system, safe and assured;
12, data display: elements can be adjusted according to the test requirements, the element display order or display;
13, data storage: 32GB embedded storage, standard 32G MicroSD card, can store 150,000 sets of data and X-Ray spectrum, can be expanded storage capacity;
14, data export: One is through the storage device SD card or U disk, directly export the data; One is to export data through PC software;
15, data format: pdf or Excel format, including element content, graph, image, etc., and a variety of templates to choose from;

K-1000G Handheld Ternary lithium battery analyzer cobalt nickel manganese content detection spectrometer
Instrument design features:
1, good heat dissipation: more than 1/2 of the body adopts aluminum alloy shell design, the top of the instrument some trough heat dissipation device, the whole system makes the heat dissipation is very effective, prolong the machine life, X-ray analyzer work more stable, so that the failure rate is very low

2. Simple operation: the design concept of the instrument is simple and economic principle. The hardware uses fixed high pressure, eliminates the internal complex motor and filter, external 316 calibration plate and other simple design; The software adopts simpleton operation interface. Really let the customer with the least cost to get more revenue. Three clicks on the screen can do 45 seconds startup test, 0.8 seconds out brand and content;

3, humanized design: light weight (1.6kg); Small size (220mm*150mm*220); Durable anti-fall wrist rope; Battery power feedback light at the bottom of the instrument; Top and bottom radiation warning flashing lights; Diamond-grained soft rubber handle; The instrument has a good balance, can stand on the workbench during the test, without hand help, one-button design, even if the operation for a long time without fatigue; The display is integrated design of the whole machine, the whole machine is built in one piece, PDA is not removable, dustproof, anti-fog, waterproof, low fault industrial high resolution TFT touch display color screen, with LED backlight; Pixel 240 x 320

4, accurate test data: instrument software using the basic parameter method, K-1688 portable spectrometer in alloy analysis before the need to know the type of alloy, automatic analysis standard library has more than 500 standard brand, can analyze up to ten thousand kinds of alloy, user can customize 300 kinds; The compensatory test method for irregular or small samples can detect very small or very small samples, such as the diameter of 0.04mm filaments can be immediately recognized; It can analyze 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 23 elements
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