Search waiting | Matsusada Precision

Searching...

FAQs

Is it possible to analyze glass fiber orientation?

Category
Micro CT Scanners FAQ

Yes, absolutely. Analyzing the internal fiber orientation in fiber-reinforced composites like Glass Fiber Reinforced Plastics (GFRP) is one of the key applications where Matsusada Precision's Micro-CT systems excel.

These composites are increasingly used in various industries, including automotive, aerospace, and sporting goods, due to their lightweight and high-strength properties. However, their strength and mechanical characteristics are critically dependent on the proper alignment of internal fibers as designed. Deviations or unintended distributions of fibers during the molding process can lead to significant defects, causing performance degradation or unexpected product failure.

Our high-resolution Micro-CT systems can detect the slight differences in X-ray attenuation between the resin (matrix) and glass fibers (filler), enabling three-dimensional visualization of the fiber structure. The acquired 3D data can then be processed with specialized analysis software (an optional add-on) to quantitatively evaluate and clearly visualize parameters such as fiber orientation vectors, orientation tensors, and fiber density distribution within a specified region, often using color-coding for intuitive interpretation.

This technology enables detailed, non-destructive analysis of aspects such as fiber orientation at the weld lines of injection-molded parts, variations in alignment across different sections of a product, and validation of simulation results. Such analysis significantly contributes to optimizing molding conditions, enhancing product quality, and achieving the dual goals of weight reduction and high strength. If you are considering fiber orientation analysis, please feel free to consult our experts. We will propose the optimal system and analysis methods for your needs.

Please note that the fiber orientation analysis module is available as an optional software add-on.

Related FAQ