Page 24 - Automobile Evaluation Instruments

Structural Analysis of Lithium-Ion Rechargeable Compression Characteristics Evaluation of Particle Size Distribution Measurement of Cathode/Anode Active Materials
Battery Active Materials and Various Materials Anode Active Material Particles SALD-7500 nano Nanoparticle Size Analyzer
XRD-6100 X-Ray Diffractometer MCT Series Micro Compression Testing Machines This analyzer measures the distribution of particle size of cathode and particle sizes of 10 nm to 300 µm. Various options, including a

X-ray diffractometers are used in a wide range of fields related to new This series of testing machines measures the pressure crack strength of anode active materials, for example. It utilizes the laser high-concentration sample measurement system and software for
materials, ceramics, metals, semiconductors, and polymers, and the individual particulates (with a diameter 1 µm or more). As a result, the diffraction/scattering method and incorporates a UV semiconductor laser gathering data at 1-second intervals, are also available.
number of specimens to be measured in each field is diverse. For example, compression characteristics of anode active material particles can be light source (wavelength 375 nm), thus enabling the measurement of
with batteries, the crystalline structure of cathode and anode active evaluated. Also, by adding on the side observation kit (option), the fracture
materials and their orientation and size can be analyzed. With separators, process of anode powders can be observed and compression
material quality can be qualitatively analyzed and the degree of crystallinity, characteristics data can be linked with images.
orientation, and other properties can be analyzed as well. A polycapillary
optical system also enables high-sensitivity analysis. Normalized Particle Amount
Force - Displacement Curves
[Group: LIB, Data: cathode material (wide)]
Particle Diameter(nm)
Force (mN) Evaluation of the Presence of 5 µm Particles Contained in a 90 nm
Particulate Sample
Separation/Quantitation of Lithium-Ion Rechargeable Battery Electrolytic Solution Components
Displacement (µm)
θ - 2θ (°C)
Diffraction Pattern of Lithium-Ion Rechargeable Battery/Cathode Materials Compression Test Results of 3 Types of Separators Prominence HIC-SP Ion Chromatograph
This system can be used to separate and
mAU
quantitatively analyze inorganic ions contained 5.0 Peak
Non-Contact Elongation/Width Measurement of Nanoparticle Measurement of Cathode Materials in organic electrolyte solutions. 4.5 1. PF6 -
4.0
Films and Foil Used as Separators By combining the optimum units from a 3.5
IG-1000 Plus Single Nanoparticle Size Analyzer substantial product lineup, a wide measurement 3.0
TRViewX Video Type Non-Contact Extensometer/Width Sensor With ternary system cathode materials used in lithium-ion rechargeable range from the ppb level up to the percent 2.5 1
2.0
The elongation and width of polymer films used as separators for batteries becoming more and more minute, this analyzer is suited to order can be accommodated. In addition to 1.5
1.0
measuring concentration, systems can be
lithium-ion rechargeable batteries can now be measured. Plastics, metals, particle size measurement in the nano order, the final target measurement configured to measure the distribution of 0.5
0.0
foil, etc. can also be measured in addition to films. level. polymer molecular weights. -0.5
0.0 2.5 5.0 7.5 10.0 12.5 15.0 17.5 min
-
LC Analysis of PF6 (Hexafluorophosphate Ions)
Contained in Electrolytic Solution
Width reduction Micro Autograph MST-I Micro Strain Tester GC-2014 Gas Chromatograph
High-Sensitivity Inorganic Gas Analysis
Tensile Strength Evaluation of Electrolyte Films
This tester is ideal for the strength evaluation of This instrument can measure down to the
electronic parts, microdevices, ultrafine wires, ppm region, which could not be analyzed
length elongation
Width reduction and length elongation graph and other micro specimens. High-precision by conventional TCD. It can measure CO in
of separator’s tensile test drive and measuring systems enable the gas emissions from reformers with high
measurement and control of micro test forces sensitivity.
and displacement to obtain various data. Also
available are a stereomicroscope and an X-Y
Thermal Characteristics Evaluation of Electrolytes, Separators, and Other Polymer stage for simplifying the positioning and
Materials for Lithium-Ion Rechargeable Batteries observation of specimens.

DSC-60 Plus/60A Plus Differential Scanning Calorimeter TMA-60/60H Thermal Analyzer
This calorimeter is useful for evaluating thermal characteristics such as This instrument is useful for evaluating the expansion/contraction behavior
melting of the separators and transformation/decomposition of electrolytes of battery members, especially separators, caused by heating. The newly
during heating. Features of this calorimeter include a low noise level of 0.5 adopted digital displacement sensor demonstrates little temperature drift,
µW or less, high sensitivity, and high resolution. thus assuring stable measurement. High linearity is also achieved in spite of Evaluation of Reformers
The cooling process can also be easily measured since the calorimeter has a its ±5 mm wide measurement range.
built-in liquid nitrogen cooling trough. CGT-7100 Portable Continuous Gas Analyzer
In addition to measuring low concentrations
of CO emitted from the gas reformer, this
portable size infrared gas analyzer can also
measure up to two other components, such as
CO and CH .
4
2

Measurement of Melting of 3 Types of Separators Measurement of Contraction Behavior of Separators by TMA
Engines, Motors, and Bodies and Interiors Lithium-Ion Rechargeable
Power Sources Batteries and Fuel Cells
24 Suspension and Other Power Electronic Instrumentation Environmental This page may contain references to products that are not available in your country. 25
Components
Transmission Systems
Conservation
Please contact us to check the availability of these products in your country.

島津-自動車関連カタログ 英文.indd 24 16/05/02 13:47