Portable NMC Lithium Battery Analyzer

I. Product Introduction

The handheld ternary lithium battery spectral analyzer detects elements and contents such as Ni, Co and Mn, and quickly distinguishes material types (such as 622-type, 532-type and 111-type lithium batteries), positive and negative electrodes, lithium batteries, lead-acid batteries, lithium iron phosphate power batteries, high-rate power batteries, ternary power batteries, soft-pack cells, 18650 lithium cells, polymer power cells, aluminum-shell cells, flat batteries, disassembled good battery cells, electric vehicle battery packs, etc.

In the application of exploring battery metals, compared with traditional laboratory XRF equipment, the portable XRF analyzer can not only provide reliable data faster, enabling prospectors to make correct decisions, but can also screen samples to provide more suitable samples for laboratory analysis, thereby helping to reduce exploration costs and improve return on investment. The portable XRF analyzer can screen samples to determine appropriate samples for analysis. This sample preparation allows the portable XRF analyzer to obtain high-quality quantitative data close to laboratory analysis results.

II. Product Applications

1. Mining stage: rapid detection of elements in ore dressing, grinding, smelting and refining processes.

2. Cathode materials: quality control of Ni, Co and Mn in precursor slurry powder.

3. Production equipment and tool detection: verification of metals and alloys during the manufacturing process of production equipment and when equipment enters the factory, coating thickness analysis of equipment, and detection of trace elements such as Cu and Zn, avoiding potential safety hazards caused by residual elements in production equipment contaminating cathode materials, separators, anode materials, etc.; maintenance of production equipment and tools.

4. Lithium battery manufacturers: analysis and testing of electrode materials and workshop contact samples; measurement of materials, tools and spare parts present in the workshop to ensure no abnormalities; strict limits on the values of Fe/Cr/Ni/Cu/Zn/Co/Ag in required raw materials.

5. Waste battery recycling: composition detection of Ni, Co, Mn and other elements in positive electrode sheets and powder; detection of Cu content in copper foil of waste battery negative electrode materials; composition detection in battery metal shells and powder; on-site detection and rapid classification of large quantities of waste batteries. The model and composition content of waste batteries can be obtained in seconds, providing necessary information for both buyers and sellers to make rapid and reliable judgments during transactions.

III. Features

1. Good heat dissipation: more than 1/2 of the body adopts an aluminum alloy shell design, and a grooved heat dissipation device is provided on the top of the instrument; the entire system makes heat dissipation very effective, extending the machine's service life and making X-ray analysis more stable, resulting in extremely low failure rate.

2. Simple operation: the instrument design concept follows the principle of simplicity and economy; the hardware adopts simple designs such as fixed high voltage, eliminating internal complex motors and filters, and an external 316 calibration plate; the software adopts a foolproof operation interface. It truly allows customers to obtain more benefits at the lowest cost, with 3 screen taps achieving 45-second startup testing and 0.8-second grade and content output.

3. Humanized design: light weight (1.6 kg); small size (220 mm × 150 mm × 220 mm); sturdy and drop-resistant wrist strap; battery level indicator light at the bottom of the instrument; radiation warning flashing lights at the top and bottom; diamond-pattern soft rubber handle; the instrument has good balance, can stand on the workbench during testing without being held by hand, and features a one-button design so that there is no fatigue even during long-term operation; the display screen and the whole unit adopt an integrated design, with the whole unit as a connected structure and the PDA non-detachable, dustproof, fogproof, waterproof and with a low failure rate; industrial-grade high-resolution TFT touch color display with LED backlight; pixels 240×320.

4. Accurate test data: the instrument software adopts the fundamental parameter method, realizing fully automatic analysis; there are more than 500 standard grades in the standard library, and the alloys that can be analyzed amount to tens of thousands, of which users can customize 300; the compensatory testing method for irregular or micro samples can detect very few or very small samples, and even a filament with a diameter of 0.04 mm can be immediately identified; it can analyze 23 elements such as Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Hf, Ta, W, Re, Pb, Bi, Zr, Nb, Mo, Pd, Ag, Cd, Sn and Sb.

IV. Technical Parameters