000 02231nam a2200217 4500
999 _c13118
_d13118
082 _aRef 373.07 G525 2025
245 _aGlycerin and vinegar in cornstarch pla-infused abaca (Musa textilis) fibers :
_beco-friendly innovation for badminton string production /
_cby Rianne Mayzel A. Tayupon, Rian Gabriel B. Fuentes, Abigail D. Licanda, Via Pauline Jones M. Resano, & Timothy Vaughn V. Andrada.
260 _a[Iloilo City] :
_b[Ateneo de Iloilo],
_cc2025.
300 _a49 p.
520 _aThis study explores the potential of biodegradable polvlactic acid (PLA)-infused Abacá (Musa textilis) fibers, combined with glycerin and vinegar, as an eco-friendly alternative for badminton string production. Using a quantitative experimental design, two PLA-based strings and a conventional Yonex BG65 core polymer string were tested for their elastic modulus. The results revealed that PLA strings exhibited a higher elastic modulus, making them more durable than the traditional Yonex BG65 string. To be specific, Specimen 1 had an average elongation of 21.60 mm, compared to Specimen 3 which had an average elongation of 15.17 mm. However, they also experienceda rapid loss of tension, which negatively impacted control. While PLA strings demonstrated reduced susceptibility to snapping, their performance limitations make them less suitable for professional players. Instead, they offer a promising option for beginner and intermediate players, contributing to a reduction in global plastic waste from sports equipment. The findings highlight the need for further development of PLA-based badminton strings to balance sustainability and performance. Manufacturers should focus on optimizing these alternative strings to enhance their usability while promoting environmentally friendly sports innovations.
526 _a300-399
650 _aPolylactic acid--Materials--Biodegradation.
650 _aAbaca (Fiber)--Materials--Biodegradation.
650 _aPlastics industry and trade--Waste disposal.
700 _aTayupon, Rianne Mayzel A.
700 _aFuentes, Rian Gabriel B.
700 _aLicanda, Abigail D.
700 _aResano, Via Pauline Jones M.
700 _aAndrada, Timothy Vaughn V.
942 _2ddc
_cBK