Yes. Matsusada Precision's Micro-CT systems are highly effective for analyzing internal fiber orientation in composite materials like Glass Fiber Reinforced Plastics (GFRP).
The mechanical strength of fiber-reinforced composites depends heavily on proper fiber alignment. Misalignment or unintended distribution during the molding process can lead to structural defects and performance degradation.
Our high-resolution Micro-CT systems utilize the difference in X-ray absorption between the resin matrix and glass fibers to visualize the internal structure non-destructively. This allows for detailed inspection of weld lines in injection-molded parts and validation of structural simulations.
Quantitative Analysis Capabilities By processing the 3D CT data with optional analysis software, users can visualize and quantify key parameters, including:
- Fiber orientation vectors and tensors
- Fiber density distribution
- In-plane and out-of-plane orientation (color-coded visualization)
- Related FAQ
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If you are considering fiber orientation analysis for automotive, aerospace, or industrial applications, please contact us. We can help configure the optimal system and software for your specific materials.
(Note: Dedicated analysis software is required for quantitative data processing.)