High precision powder compression performance testing instrument for battery material compaction density tester

High precision powder compression performance testing instrument for battery material compaction density tester

Category:

Instrumentation/Special instruments and meters/Chemical instruments and meters

Model:

FT-100H-5T

Brand:

Ruike Wei

Test Subject:

Lithium battery positive and negative electrode powder materials

measurement parameters:

Compaction density, volume, thickness

pressure range:

0-5 tons (customizable)

display mode:

Digital LCD display/PC software control

Mold Material:

High strength alloy steel

power supply voltage:

AC 220V 50Hz

Application Fields:

Battery research and development, quality testing, material screening

Retail Price

10,000,000.00USD


重量

kg

  • Product Description
  • Test Subject

    Lithium battery positive and negative electrode powder materials

    measurement parameters

    Compaction density, volume, thickness

    pressure range

    0-5 tons (customizable)

    display mode

    Digital LCD display/PC software control

    Mold Material

    High strength alloy steel

    power supply voltage

    AC 220V 50Hz

    Application Fields

    Battery research and development, quality testing, material screening

    Description :


    1、 Function Description

    The FT-100H-5T powder automatic compaction density meter is equipped with a 7-inch touch display screen and a dual control mode of PC software, relying on the load unit control system to collect real-time stress change data. The device supports custom setting of parameters such as test pressure and holding time, and can directly read the thickness value of the sample. It is compatible with both automatic and manual operation modes, and can adapt to different test scenario requirements. The equipment can be used in conjunction with vacuum molds, and the accompanying PC software can fully analyze stress, density, time, displacement data during the testing process and generate visual graphs. It can assist in the research and development, quality control, and process optimization of new energy battery materials, establish standardized data models for the industry, and support bilingual switching between Chinese and English.

    2、 Working principle

    The equipment compresses the powder sample through external force, causing displacement and deformation of the powder particles during the compression process, filling the gaps between particles and effectively reducing the overall porosity of the material. As the contact area between particles gradually increases, the interatomic forces and the mechanical wedging effect of particles continue to strengthen, ultimately forming a compact structure with dense structure and stable performance. This accurately detects the density parameters of powder materials after compaction, which is in line with the actual production rolling conditions.

    3、 Implement reference standards

    The equipment strictly follows multiple national and industry standards and is suitable for the testing needs of lithium battery powder materials. The standards cover:

    GB/T 30835-2014 Carbon composite lithium iron phosphate cathode material for lithium-ion batteries

    GB/T 30836-2014 Lithium titanate and its carbon composite negative electrode materials for lithium-ion batteries

    GB/T 24533-2019 Graphite based Negative Electrode Materials for Lithium ion Batteries

    GB/T 44330-2024 Determination of Powder Compaction Density of Positive Electrode Materials for Lithium ion Batteries

    GB/T 41232.2-2021/IEC/TS 62607-4-2:2016 Nanomanufacturing Key Control Characteristics Nano Energy Storage Part 2: Density Testing of Nano Positive Electrode Materials

    It can also be applied to the compaction density detection of various powders and granular materials with the same characteristics, with strong universality and wide applicability.

    4、 Technical parameters

    Device Model:FT-100H-5T

    1. Main pressure: 5 tons

    2. Power systemServo power drive, smooth operation, precise pressure control

    3. Displacement measurementEquipped with a high-precision displacement sensor system, with a stroke of 0-20mm and a resolution of 0.001mm

    4. Display control7-inch touch screen+PC software dual control mode

    5. Mold configurationThe 5-ton model comes standard with a 13mm inner diameter mold, and 12.8mm, 15mm, 16mm, and 20mm molds can be selected as needed; The 10 ton and 20 ton models come standard with 15mm and 20mm inner diameter molds, respectively. Molds are conventional consumables, and the equipment comes standard with one set at the factory. Spare molds can be ordered separately

    6. Demoulding methodAutomatic demolding, simplifying the experimental operation process

    7. Security protectionEquipped with equipment status diagnosis, overload protection, and emergency stop control functions to ensure safe and stable testing process

    8. Time settingConstant voltage time adjustment range 0-99.9S, adjustment accuracy 0.1S

    9. Density display accuracyUp to 99.9999999g/cm ³ can be displayed

    10. Deformation measurement rangeSuitable for deformation detection of elastic materials ranging from 0.01% to 50%

    11. Optional balance parametersAccuracy 0.00001g, Range 120g

    12. Displacement velocityRunning speed ≤ 15mm/min, speed adjustment resolution 0.1mm/min

    13. Power specificationsSuitable for 220V/380V power supply

    14. Test stabilityUnder standard testing conditions, excluding differences in sample characteristics, the testing density error can be controlled within 1%

    15. Optional itemsExtended warranty service, professional metrology calibration service, computer and printer, vacuum equipment, spare mold components

    5、 Product advantages

    The equipment adopts a servo power control system, which runs stably and controls pressure evenly. It is equipped with high-precision displacement sensing components to effectively ensure the stability and repeatability of test data. Support full process data recording and graph generation, complete retention of experimental data for easy data traceability and process analysis. The entire machine is equipped with multiple safety protection mechanisms, making it easy to operate and highly secure. It is suitable for diverse usage scenarios such as research and development testing, incoming material quality inspection, and process optimization in university laboratories, lithium battery production enterprises, and material suppliers.

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