For demanding industries such as aerospace and automotive manufacturing, lightweight materials like carbon fiber reinforced polymers (CFRPs) play a crucial role in reducing weight and optimizing fuel consumption. Accurate and comprehensive assessment of the properties of this complex anisotropic material is essential to ensure absolute safety and feasibility in practical production.
To visually illustrate these advanced devices, you can refer to the company's professional multimeter system:

1. Universal Mechanical Testing
The mechanical properties of reinforced plastics (CFRP/CFRTP) vary continuously depending on the fiber orientation and substrate. Shimadzu AGX-V Series and Shimadzu AGS-X Series universal testers offer superior load accuracy for core measurements.
- - Tensile Test: Evaluates the tensile strength, elastic modulus, and elongation of a plate or strip sample.
- - Compression Test: Using specialized combined force (CLC) jigs according to ASTM D6641 standard helps eliminate jaw slippage and accurately analyze the compressive strength limit.
- - Flexural/Bending Test: Measurement of flexural strength at 3 or 4 points combined with a precision deflectometer meeting ASTM D790 standards.
- - Shear Testing: Determining in-plane shear strength according to ASTM D7078 standard using a specialized V-notched fixture.
2. Fatigue and Impact Testing
Composite materials used in continuously moving parts subjected to high cyclic loads require rigorous testing for lifespan.
- - Servopulser System: Utilizes high-performance hydraulic actuators and servo valves to generate cyclic fatigue loads, simulating long-term failure conditions of structural components.
- - Electromagnetic Systems: Operates smoothly, providing precise and repeatable load to collect ultra-high fatigue strength (VHCF) data.
- - Impact Testing: Dynamic load testing machines help determine the energy absorbed and the ability to withstand crack propagation when subjected to sudden external forces.
3. Thermal and Chemical Characterization of Materials
Besides mechanical strength, the change in properties of the resin/epoxy substrate under the influence of heat and environment is a crucial factor.
- - Thermal analysis equipment (DSC, TGA, TMA): Closely monitors the physico-chemical state transitions, vitrification temperature (\(T_{g}\)), coefficient of thermal expansion, and rate of mass loss during heating/cooling of the sample.
- - FTIR (Frequency-Infrared) Spectrometers: “Shimadzu’s FTIR spectrometers allow the monitoring of epoxy curing rates and chemistry and can provide valuable insight into chemical changes that occur due to environmental conditions.” This device can incorporate an infrared microscope to assist in the analysis of impurities or fracture defects.
- - Gas Chromatography-Destructive Chromatography (GPC-GMS) and GPC: Qualitative analysis of resin matrix reinforcing additives, and examination of polymer molecular weight distribution.
4. Digitalization Solutions and Advanced Data Management Software
A key strength of Shimadzu Corporation's ecosystem is its ability to optimize workflows using advanced software and imaging technology.
- TRAPEZIUMX-V software: An intuitive data visualization interface with built-in standardized ISO/ASTM templates helps technicians operate quickly and securely.
- DIC (Digital Image Correlation) compatibility: Combines high-speed cameras to capture surface deformation of the sample in real time. This method helps identify stress concentration areas for direct comparison and validation of digital simulation structures (CAE).
5. Summary Table of Applications of Fixtures & Testing Standards for Composites
|
Testing method |
Recommended fixtures from Shimadzu |
Applicable standards |
|
Tensile testing of plastic/composite materials |
Wedge Grips, Extensometers |
ASTM D638, ISO 527 |
|
Combined Clamp Load (CLC) Compression Testing |
Specialized CLC compression plate |
ASTM D6641 |
|
Open-Hole Compression Testing |
Open-Hole Compression Fixture |
ASTM D6484 |
|
Try cutting the V-shaped notch. |
V-Notched Beam Fixture (Iosipescu) |
ASTM D5379 / D7078 |
|
Bending test of composite materials |
3-4 point bending fixture with delectometer |
ASTM D790, ISO 178 |
CONCLUDE
Shimadzu's composite material testing solution is not simply a collection of individual mechanical force measuring devices, but a comprehensive suite of hardware and software solutions . This systematic investment allows R&D labs and quality control (QA/QC) units to shorten new material development time, ensuring products fully meet the most stringent international aerospace and industrial standards.
Shimadzu's composite material testing solution is not simply a collection of individual mechanical force measuring devices, but a comprehensive suite of hardware and software solutions . This systematic investment helps R&D labs and quality control (QA/QC) units shorten new material development time, optimize production processes, and ensure products fully meet the most stringent international industry standards.
In the Vietnamese market, GPower Company is proud to be the official distributor of advanced testing equipment and solutions from the Shimadzu brand . We are committed to providing our customers with:
- - The device is 100% genuine and comes with full quality certifications from the manufacturer.
- - Professional technical services include installation, calibration, technology transfer, and long-term warranty.
- - Our team of experienced experts is ready to advise, configure systems, and design specialized jigs to meet the specific testing needs of each factory, research institute, and university.
📞 CONTACT US FOR CONSULTATION NOW
For customers who wish to learn more, receive a quote, or experience Shimadzu composite material testing solutions, please contact GPower for prompt and attentive support!
Hotline/Zalo 0936093289 .

