Porcher Industries, a global pioneer in high-performance thermoplastic composites and technical textiles, has introduced a new range of multilayer hybrid textiles engineered for in-situ consolidation processes. The innovation was officially showcased at JEC World 2026, underscoring the company’s continued commitment to advancing the thermoplastic composites ecosystem.
Designed for demanding sectors including sports and leisure, automotive, and medical applications, the newly developed textiles aim to overcome longstanding limitations associated with conventional thermoplastic prepreg fabrics.
Overcoming the Limits of Traditional Prepregs
Traditional thermoplastic prepregs often face constraints when forming complex geometries directly within consolidation tools. Porcher Industries addresses these challenges with a unique multilayer hybrid textile structure made from commingled yarns incorporating glass, carbon, or aramid fibers.
The material features a high areal weight of up to 3 kg/m², significantly reducing the number of plies required in composite part manufacturing. This translates into considerable time savings during draping and lay-up operations, while improving overall process efficiency.
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Shape-Memory Effect and Superior Deformability
A defining feature of the new hybrid textiles is their exceptional deformability and drapeability combined with shape-memory properties. This enables manufacturers to form complex three-dimensional geometries without relying on additives such as spray adhesives.
The integrated low-temperature preforming capability ensures precise positioning within the consolidation tool when required, facilitating improved dimensional accuracy and repeatability.
Compatible with a broad spectrum of in-situ consolidation methods—from vacuum molding to advanced heating and cooling systems—the textile solution enables the production of high-quality composite parts in less than 10 minutes when paired with appropriate equipment. The development is expected to broaden access to thermoplastic composites across multiple industries.
Extension to RTM and Infusion Processes
Building on the same technological platform, Porcher Industries is also offering dry multilayer textiles tailored for resin transfer molding (RTM) and infusion processes. These fabrics retain the key characteristics of the hybrid range, including high areal weight, shape-memory performance, and preforming capability.
Advancing Sustainable Manufacturing
In addition to its technical performance, the innovation aligns with a responsible manufacturing strategy. Thermoplastic composites are inherently recyclable, and the streamlined processing—characterized by reduced energy consumption and lower material waste—positions the solution as a step forward in sustainable composite production.
With this latest development, Porcher Industries reinforces its leadership in composite technology, providing OEMs and manufacturers with a flexible, efficient, and sustainability-driven pathway toward next-generation materials.
