Page 6 - Automotive Solution for Automotive

Thermal Analysis of Rubber, Plastics, and Other Polymer Materials
DTG-60/60H TG/DTA Simultaneous Measuring Instrument
The thermal characteristics and heat resistance of materials can be learned by measuring the weight changes and heat
absorbed or generated during heating. This allows the heat resistance of engineering plastic materials and content of
reinforcing materials such as carbon black in rubber to be known.

High-Precision Composition Analysis of Various Materials
LAB CENTER XRF-1800 Sequential X-Ray Fluorescence Spectrometer
This system can qualitatively and quantitatively analyze a wide range of specimens - solids, powders, liquids, thin
films, and other materials. It incorporates the latest functions, such as higher precision qualitative and quantitative
functions that use higher-order lines and the world’s first 250 µm-compatible mapping, as well as higher operability.

Composition Analysis of Various Materials for
Automobiles
ICP Emission Spectrometers
ICPE-9800 Series
ICPS-8100/7510
This series can analyze the composition of all kinds of materials used in
automobiles at high sensitivity and with high precision. The substantial ICPE-9800 Multitype ICPS-8100 Twin Sequential Type
Quality Assurance lineup of models includes a low running cost, high-throughput multitype
model and a high-resolution, high-precision sequential type model.

The product quality assurance department performs a variety of tests foreign material inspections, fracture surface analyses and other analyses
and analyses in order to assure product performance. As with the quality performed by the quality control department. In addition, in analyzing the Development and Evaluation of All Sorts of Automobile Materials
control department, confirmations are performed to ensure that raw causes of fractures, strength evaluations are performed on materials
materials satisfy the standards. Further, to resolve product defects, excised from defective parts in order to investigate causes from multiple Electron Probe Microanalyzer
procedures are also performed to specify the causes of such defects, perspectives. Other evaluations/tests include substantiative evaluations of EPMA-8050G
EPMA-1720/1720H
including what damaged the parts and how malfunctions occurred. In the processes leading to damage and problems via endurance
addition, microscopic analyses, surface analyses, and morphological evaluations, as well as strength evaluations under simulated usage This state-of-the-art top-of-the-line electron probe microanalyzer is used to develop and evaluate all kinds of materials used in automobiles, such as internal combustion
observations are performed. These are even more detailed than the conditions, and failure tests of actual products and parts. engine components, power train components, brakes, automotive steel panels, films and coatings, wheels, tires, interior parts, lithium-ion rechargeable batteries, fuel
cells, catalysts, electronic instrumentation boards, and automotive glasses. The EPMA-8050G features a field emitter (FE) that provides an unprecedentedly large electron
beam current, which achieves among the highest resolution and highest sensitivity levels in the world.
VOC Measurement & Odor Analysis Inside Automobiles/Physical Properties Evaluation and
Structural Analysis of Polymer Materials for Interiors
TD-30 Series Thermal Desorption Systems Thermal Decomposition Analysis System
This thermal desorption system heats samples in a sample tube and This system analyzes plastics, rubbers, resins and other polymer compounds
then focuses the thermally desorbed gases before injection into a characteristic of materials used in automotive interiors, batteries, and so on, by
GC-MS system. It is used to measure volatile organic compounds decomposing the sample at temperatures above 500°C and then using GC-MS to
(VOCs) within the automobile cabin or measure trace components analyze the resulting thermal decomposition
released from resin sample pieces out of parts and materials. products. The system is also suitable for
analyzing the structure of polymers, because
the resulting thermal decomposition products
reflect the original structure of the polymer
compound. It is also used to measure
plasticizers and other additives.
EPMA-8050G EPMA-1720/1720H

GCMS-TQ8040 NX＋TD-30R
Suspension and Other Power Engines, Motors, and Lithium-Ion Rechargeable Electronic Instrumentation
Bodies and Interiors
Transmission Systems Power Sources Batteries and Fuel Cells Components
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