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)
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.)
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