At Vetrotex, innovation is not just a goal, it’s a mindset that drives us to explore new materials, processes, and applications.

A PhD student from the University of Edinburgh has recently achieved a breakthrough in additive manufacturing for continuous fibre-reinforced thermoplastic composites. In his research, he used Vetrotex TD44C EC14 300 roving as part of the material selection, combined with glass and recycled carbon fibres.

The results are remarkable. According to the published article, the materials used, including TD44C roving, outperformed market-leading solutions in several properties, such as flexural strength, when compared to 3D printed composites from industry.

The research clearly demonstrates that TD44C roving is highly suitable for continuous fibre deposition-based 3D printing, opening new possibilities for lightweight, high-performance, and potentially more sustainable composite parts.

These results validate the quality and versatility of our materials, and align with Vetrotex’s commitment to innovation, sustainability, and support for the next generation of researchers.

By enabling the use of recycled carbon fibres and combining them with glass fibre reinforcement, this new process contributes to a more eco-conscious production method.

It also positions Vetrotex materials at the intersection of performance and sustainability where the future of advanced manufacturing is being shaped.

We are proud to see Vetrotex rovings making an impact in next-generation technologies and academic research. These kinds of projects inspire us to continue developing materials that empower innovation across industries, from automotive and aerospace to energy and beyond.