Enhancing padel performance with TeXtreme® bio-based flax

FLAXX padel racket with TeXtreme® Biobased-Flax © TeXtreme®

In the evolving landscape of sporting goods, the demand for materials that effectively combine high performance with sustainability continues to grow. TeXtremeR has engineered an innovative bio-based composite, TeXtreme R Biobased-Flax, offering superior mechanical properties, reduced weight and exceptional performance, making it an ideal material for high-performance applications. The collaboration between TeXtremeR, EcoTechnilin and FLAXX Rackets has brought these advancements to the forefront of padel, integrating sustainable materials with cutting-edge technology.

Advancing sustainable fibre solutions

EcoTechnilin, a division of the agricultural cooperative NatUp, provides premium flax fibres for TeXtremeR Biobased-Flax. Sourced from Europe, which accounts for 80% of global flax fibre production, these fibres are cultivated under stringent sustainability standards, minimal agricultural inputs and natural rainfall irrigation. Fully mechanised harvesting and natural retting ensure an environmentally responsible process. The resulting fibres are lightweight, durable and possess inherent vibration-damping properties, making them ideal for high-performance composites. The long fibres used in flaxtape achieve a low-carbon footprint compared to other fossil-based fibres like glass or carbon, given by an addition of mechanical processes and CO2 sequestration during the plant growth.

Merging sustainability with high performance

TeXtremeR Biobased-Flax exemplifies the fusion of natural flax fibres with advanced composite technology to create sustainable, high-performance solutions. Configured in 0/90 and +/- 45° fibre orientations, these fabrics offer enhanced structural integrity while maintaining lightweight construction. The spread tow design eliminates twisted yarns, resulting in straighter fibres that improve material uniformity and processing efficiency. This leads to enhanced load-bearing capacity, improved structural efficiency, better fatigue performance and a reduction in overall weight. The material’s natural vibration-damping properties make it an ideal choice for sports equipment, combining sustainability with elite performance while providing an exceptionally unique appearance. These unique characteristics make TeXtremeR Biobased-Flax particularly well-suited for padel rackets, where precision, comfort and high-level performance are essential.